Abrasives

Centerless Grinder Operation This class addresses how to perform common grinding operations on the centerless grinder, as well as methods for mounting and truing the grinding and regulating wheels.

Cylindrical Grinder Operation This class identifies the main components of common cylindrical grinders and describes the various types of operations that can be performed.

Dressing and Truing This class describes the common methods used to balance, true, and dress a standard grinding wheel.

Grinding Processes This class identifies the major types of grinding operations and explains how they are performed on the machine. Includes an Interactive Lab.

Grinding Variables This class identifies the most common variables that occur during grinding, with an emphasis on speeds and feeds. Includes an Interactive Lab.

Grinding Wheel Geometry This class describes the major types of grinding wheels listed in the ANSI standard and explains the relationship between wheel geometry and workpiece shape.

Grinding Wheel Materials This class identifies the most common variables that occur during grinding, with an emphasis on speeds and feeds. Includes an Interactive Lab.

Intro to Abrasives This class defines abrasive processes and explains the major groups of abrasive tools.

Production Grinder Program Production grinders are responsible for the production work of jobs that are set up on a range of grinding machines. This position demands an understanding of grinding machines and processes, grinding wheel materials, blueprint reading and inspection methods as well as workpiece material properties. Some production grinders may also be involved in lean initiatives and cell designs.

Setup for Centerless Grinders This class explains how to set up the main components of a centerless grinder, as well as how to accurately position the workpiece on the work rest blade for various centerless grinding operations.

Surface Grinder Operation This class discusses the steps involved in grinding horizontal and vertical surfaces with a horizontal-spindle, reciprocating-table grinding machine.

What Is Grinding? This class describes the grinding action, explains how chips are formed, and covers wheel maintenance and safety.

Adhesives

Basics of the Bonding Process This class describes the basics of the adhesive bonding process, as well as the various solidification methods of adhesives.

Intro to Adhesive Bonding This class describes adhesive bonding, adhesive classification, and the various factors that lead to a successful adhesive bond.

Intro to Adhesive Properties This class describes the mechanical and non-mechanical properties of adhesives and addresses how they impact adhesive bonding.

Steps for Adhesive Application This class discusses each step involved in the adhesive application process, as well as basic dispensing methods and methods of testing the effectiveness of the application process on the assembly line.

Surface Preparation This class discusses surface factors that affect adhesion, the nature of the different types of surfaces used in adhesive bonding, and the methods of selecting and preparing a surface for adhesive bonding.

Types of Adhesives This class describes the characteristics, pros and cons, and applications of types of synthetic adhesives.

CAD/CAM Software

Basic Laser Tracker and CAM2 Measure Training This course provides hands-on demonstration of Laser Tracker setup, initialization and operation. It will cover basic features of CAM2 Measure software (v3.9 or later) to perform inspection and digitizing of 2D part features, CAD-to-part alignment, and surface point inspection, as well as free-hand scanning of 3D surfaces. The duration of this phase will be decided with mutual consultation with the client.

Computer-Aided Design - Intro to 3D Modeling This course provides hands-on demonstrations of a step by step construction of 3D wireframe, 3D surface, and 3D solid models to make multiple projected view drawings. The course is designed to introduce CAD users to ten tutorial style chapters of 3D modeling and working with user coordinate systems. Each chapter introduces a new set of commands and concepts, building on previous chapters.

FARO CAM2 Q This course provides hands-on demonstration of FARO arm setup, initialization, and operation. The training covers the essential aspects of the CAM2 Measure software and FARO arm operation, using a sample part for hands-on practice.

Inspecting with CMMs (Coordinate Measurement Machine) This class compares the advantages and common uses of various CMM components and software applications.

Mastercam Advanced Mastercam Advanced covers a multitude of features that allow the trainee to create 3D Wireframe and surfaces for 3D modeling. Training exercises and drawings are provided to teach 3D geometry functionality. Surface and Advanced High Speed machining too lpaths are covered, and instructions detail how to set Advanced Toolpath Refinement. Additional Mastercam files are included along with guidelines for creating the tool paths to successfully machine each part.

Mastercam Fundamentals The focus is on introducing participants to MasterCAM, a Computer-Aided Manufacturing (CAM) software. Using its interactive graphical interface, students will learn how to create geometry in MasterCAM or transfer it from a CAD package, how to set up tools and related information, design tool paths, and how to use graphical simulation functions for visual verification before generating machine code.

Mastercam Intermediate The focus is on introducing participants to MasterCAM, a Computer-Aided Manufacturing (CAM) software. Using its interactive graphical interface, students will learn how to create 3D surface geometry in MasterCAM, design tool paths, and how to use graphical simulation functions for visual verification before generating machine code.

SolidWorks Essentials This course teaches students to use the SolidWorks mechanical design software to build parametric models of parts and assemblies. It is designed to give the foundation necessary for the higher level courses in this program. This course covers general parts modeling and how to make detail drawings of these parts.

CNC

Basics of the CNC Machining Center This class describes the basic components of the machining center as well as the devices used on this machine. Includes an Interactive Lab.

Basics of the CNC Swiss-Type Lathe This class describes the basic components of the Swiss-type lathe, as well as common tooling and machining operations.

Basics of the CNC Turning Center This class describes the basic components of the turning center as well as the devices used on this machine. Includes an Interactive Lab.

CAD/CAM Overview This class describes the general process of using computers to design and manufacture parts and identifies common features available in CAD/CAM software.

Canned Cycles This class describes the operation of common canned cycles that appear on machining and turning centers. Includes an Interactive Lab.

CNC Coordinates This class explains the arrangement and orientation of the basic axes on a common CNC lathe and both a vertical and horizontal CNC mill. Includes an Interactive Lab.

CNC Intro to Machining, Operation and Programming - Level One MT 280 This course will introduce the individual to basic CNC operation and programming with a hands-on laboratory experience. The application of basic machining will be stressed with focus on CNC turning and milling. G- and M-code and IGF programming will be used as well as introduction to CAD/CAM programming with MasterCAM and/or Gibbs software.

CNC Manual Operations This class describes the control features that allow a CNC operator to execute tasks manually.Includes an Interactive Lab.

CNC Offsets This class identifies the various offsets used on both the lathe and the mill to properly reference each cutting tool in relationship to the workpiece. Includes an Interactive Lab.

CNC Operator: Lathe Program CNC lathe operators are responsible for production work of a job previously set up on a CNC turning center. This position demands an understandig of CNC coordinate systems and offsets, basic G-code programming, part inspection, blueprint reading and cutting tool theory. Some CNC lathe operators may also be involved in machine setup and can benefit from setup reduction practices.

CNC Operator: Mill Program CNC mill operators are responsible for production of work of a job previously set up on a CNC machining center. This position demands an understanding of CNC coordinate systems and offsets, basic G-code programing, part inspection, blueprint reading and cutting tool theory. Some CNC mill operators may also be involved in machine setup and can benefit from setup reduction practices.

CNC Programmer Fast-Track Program CNC programmers are responsible for creating part programs based on part designs that are then run on CNC lathes and mills. This position demands a solid understanding of G-code programming, part dimensioning, workpiece materials, speeds and feeds, cutting tool theory, and workholding setups. CNC programmers may also be involved in various quality efforts to reduce setup times or improve process control.

CNC Specs for the Lathe This class identifies common specifications of CNC lathes and describes the various features and options available on different machines.

CNC Specs for the Mill This class identifies common specifications of CNC mills and describes the various features and options available on different machines.

COM 112: Oral Communication This course provides instruction and experience in preparation and delivery of presentations in public settings and group discussions. On completion, students will be able to design and deliver well-organized presentations and participate in group discussions with appropriate audiovisual support.

Creating a Mazatrol Program for the Lathe 289 This class covers the basics of creating a simple turning program on the Mazatrol Smart lathe control. Topics include the basic units that comprise a Mazatrol program and the range of turning units available to make almost any turned part.

Creating a Mazatrol Program for the Mill 288 This class covers the basics of creating a simple milling program on the Mazatrol Matrix Mill control. Topics include the basic units that comprise a Mazatrol program and the range of machining units available to make almost any milled part.

Creating a Milling Program This class explains the key components in the creation and execution of a simple milling program. Includes an Interactive Lab.

Creating a Turning Program This class explains the key components in the creation and execution of a simple turning program. Includes an Interactive Lab.

Creating an EIA/ISO Program for the Mazak Lathe 287 This class explains the key components in the creation and execution of a simple turning program.

Creating an EIA/ISO Program for the Mazak Mill 286 This class explains the key components in the creation and execution of a simple milling program.

ENL 231: Technical Report Writing A course designed to prepare students to write technical reports. Emphasis is on sound writing principles and the use of supplementary illustrations.

GE Fanuc Lathe: Control Panel Overview This class describes the various sections of the GE Fanuc 0-C lathe control panel as well as the steps for powering up, powering down, and homing the machine. Includes the use of GE Fanuc CNC Simulators.

GE Fanuc Lathe: Entering Offsets This class provides step-by-step instructions for adjusting offsets on the GE Fanuc 0-C lathe control during a production run. Includes the use of GE Fanuc CNC Simulators.

GE Fanuc Lathe: First Part Runs This class describes how to verify the accuracy of a program and make minor editing changes on the GE Fanuc 0-C lathe control. Includes the use of GE Fanuc CNC Simulators.

GE Fanuc Lathe: Locating Program Zero This class describes how to determine work offsets and tool geometry offsets on the GE Fanuc 0-C lathe control during setup. Includes the use of GE Fanuc CNC Simulators.

GE Fanuc Lathe: Program Execution This class describes the steps necessary to activate, execute, and restart programs using the GE Fanuc O-C control for the lathe. Includesthe use of GE Fanuc CNC Simulators.

GE Fanuc Lathe: Program Storage This class describes common methods for transferring and storing part programs on the GE Fanuc 0-C lathe control. Includes the use of GE Fanuc CNC Simulators.

GE Fanuc Mill: Control Panel Overview This class describes the various sections of the GE Fanuc 0-C mill control panel as well as the steps for powering up, powering down, and homing the machine. Includes the use of GE Fanuc CNC Simulators.

GE Fanuc Mill: Entering Offsets This class provides step-by-step instructions for adjusting offsets on the GE Fanuc 0-C mill control during a production run. Includes the use of GE Fanuc CNC Simulators.

GE Fanuc Mill: First Part Runs This class describes how to verify the accuracy of a program and make minor editing changes on the GE Fanuc 0-C mill control. Includes the use of GE Fanuc CNC Simulators.

GE Fanuc Mill: Locating Program Zero This class describes how to determine work offsets and tool geometry offsets on the GE Fanuc 0-C mill control during setup. Includes the use of GE Fanuc CNC Simulators.

GE Fanuc Mill: Program Execution This class describes the steps necessary to activate, execute, and restart programs using the GE Fanuc O-C control for the mill. Includes the use of GE Fanuc CNC Simulators.

GE Fanuc Mill: Program Storage This class describes common methods for transferring and storing part programs on the GE Fanuc 0-C control for the mill. Includes the use of GE Fanuc CNC Simulators.

Haas Lathe: Control Panel Overview This class describes the various sections of the Haas lathe control panel as well as the steps for powering up, powering down, and homing the machine. Includes the use of Haas CNC Simulators.

Haas Lathe: Entering Offsets This class provides step-by-step instructions for adjusting offsets on the Haas lathe during a production to run. Includes the use of Haas CNC Simulators.

Haas Lathe: First Part Runs This class describes how to verify the accuracy of a program and make minor editing changes on the Haas lathe. Includes the use of Haas CNC Simulators.

Haas Lathe: Locating Program Zero This class describes how to determine work offsets and tool geometry offsets on the Haas lathe during setup. Includes the use of Haas CNC Simulators.

Haas Lathe: Program Execution This class describes the steps necessary to activate, execute, and restart programs on the Haas lathe. Includes the use of Haas CNC Simulators.

Haas Lathe: Program Storage This class describes common methods for transferring and storing part programs on the Haas lathe. Includes the use of Haas CNC Simulators.

Haas Mill: Control Panel Overview This class describes the various sections of the Haas mill control panel as well as the steps for powering up, powering down, and homing the machine. Includes the use of Haas CNC Simulators.

Haas Mill: Entering Offsets This class provides step-by-step instructions for adjusting offsets on the Haas mill during a production to run. Includes the use of Haas CNC Simulators.

Haas Mill: First Part Runs This class describes how to verify the accuracy of a program and make minor editing changes on the Haas mill. Includes the use of Haas CNC Simulators.

Haas Mill: Locating Program Zero This class describes how to determine work offsets and tool geometry offsets on the Haas mill during setup. Includes the use of Haas CNC Simulators.

Haas Mill: Program Execution This class describes the steps necessary to activate, execute, and restart programs on the Haas mill. Includes the use of Haas CNC Simulators.

Haas Mill: Program Storage This class describes common methods for transferring and storing part programs on the Haas mill. Includes the use of Haas CNC Simulators.

History and Definition of CNC This class outlines the origin of today's CNC machines and explains how modern CNC evolved from its original designs.

ISM 133: Principles of Supervision & Management Fundamental principles of administrative, staff and operating management with organizational structures, operative procedures and systems emphasized. Includes responsibilities, duties and relationships of supervisors and leaders.

IT 101: Fundamentals of Computers This course is an introduction to computers and the fundamentals of operating systems and software programs. It provides hands-on experience with computer applications including word processing, spreadsheets, electronic mail and the Internet.

Machinist Technology/Computer Numerical Control Associate Degree in Applied Science This Machinist program at the Robert C. Byrd Institute for Advanced Flexible Manufacturing (RCBI) provides students the opportunity to prepare for entry level careers as machinists using conventional equipment and computer control equipment. The graduate will have completed fundamentals required for all machining careers – industrial safety, blueprint reading and precision measurement. Technical courses develop skills using conventional machines and using computerized manufacturing equipment.

Machinist/Machine Setter Program Machinists and machine setters are skilled machine tool operators capable of working with both lathes and mills, as well as both manual and CNC machines. This position demands an understanding of cutting tool theory, CNC coordinate systems, basic G-code programming, manual machining, part inspection and workpiece material properties. General machinist and machine setters also are expected to have excellent blueprint reading and math skills and will likely perform first-time setups for new jobs

MAT 135: Mathematics for Machinist Technology This course is designed to develop understanding of mathematical concepts required of skilled employees in the machine trade and related occupations.

Mazak Lathe: Control Panel Overview This class introduces the Mazak Mazatrol Matrix lathe control panel and describes the steps for powering up and powering down the machine.

Mazak Lathe: Entering Offsets This class will teach you various offsets of the Matrix lathe, how to view offsets using the Matrix control, and how to adjust offsets to compensate for tool wear.

Mazak Lathe: First Part Runs This class describes how to verify the accuracy of a program and make minor editing changes on the Mazak Mazatrol Matrix Lathe control to ensure part quality.

Mazak Lathe: Locating Program Zero This class discusses the various coordinates systems involving machine components and the considerations for selecting workpiece zero.

Mazak Lathe: Program Execution This class addresses the steps needed to start, stop, and restart programs on the Mazak lathe, along with the steps used to activate a program.

Mazak Lathe: Program Storage This class describes common methods for transferring and storing part programs on the Mazak Mazatrol Matrix lathe control.

Mazak Lathe: Safety for the Lathe This class discusses common safety issues concerning the Mazak lathe, as well as OSHA and ANSI requirements for Mazak mill operators.

Mazak Mill: Control Panel Overview This class introduces the Mazak Mazatrol Matrix mill control panel and describes the steps for powering up and powering down the machine.

Mazak Mill: Entering Offsets This class provides an overview of offsets and the step-by-step instructions needed for measuring, entering, and adjusting offsets using the Mazak Mazatrol Matrix Mill control.

Mazak Mill: First Part Runs This class describes how to verify the accuracy of a program and make minor editing changes on the Mazak Mazatrol Matrix Mill control to ensure part quality.

Mazak Mill: Locating Program Zero This class discusses the various coordinates systems involving machine components and the considerations for selecting workpiece zero.

Mazak Mill: Program Execution This class addresses the steps needed to start, stop, and restart programs on the Mazak mill, along with the steps used to activate a program.

Mazak Mill: Program Storage This class describes common methods for transferring and storing part programs on the Mazak Mazatrol Matrix mill control.

Mazak Mill: Safety for the Mill This class discusses common safety issues concerning the Mazak mill, as well as OSHA and ANSI requirements for Mazak mill operators.

Mechanics of CNC This class describes the mechanical systems involved in CNC axis movement, as well as how feedback is used for tool location.

MFE 220: Computer-Aided Design This course provides a solid foundation in reading and creating engineering drawings (blueprints) to recognized ANSI (American National Standards Institute) standards. Drawing standards multi-view, section and auxiliary views, dimensioning, and geometric dimensioning and tolerancing (GD&T) will be at the heart of blueprint reading. The student will learn 2D computer aided design techniques to produce engineering drawings of manufactured components to ANSI standards.

Milling Calculations This class explains the common calculations necessary to plot the toolpaths for a basic milling program.

MT 105: Machine Safety An introductory course designed to develop safe workplace practices and to become familiar with OSHA standards. Students are required to demonstrate safe handling of work materials and operation of machines and tooling, as well as storage and disposal of hazardous materials.

MT 200: Blueprint Reading Students will develop the ability to read standard and geometric dimensioning and tolerancing (GD&T) orthographic blueprints as required in a machine shop.

MT 236: Metallurgy for Machinist This course teaches a basic understanding of the different properties of metals, the identification of metals and how to machine on CNC equipment. Students receive instruction on common, and some exotic, metals used in machine shops, and find out how these metals are similar and how they differ.

MT 240: Introduction to CNC Machining This course provides an overview of the history of CNC machining, as well as the operation, setup, G-code programming and coordinate systems used on CNC machines. Students work with up-to-date CNC equipment after learning these basics of machine programming and operation.

MT 240: Introduction to CNC Machining Provides an overview of the history of CNC machining, as well as the operation, setup, G-code programming and coordinate systems used in CNC machines. After learning these basics of machine programming and operation students will work with up-to-date CNC equipment.

MT 242: CNC Maintenance Students develop an understanding of all aspects of CNC maintenance including hydraulics, electronics, machine setup and alignment, pneumatics and Programmable Logic Controllers. Students perform hands-on applications on CNC machining centers and CNC turning centers.

MT 244: CNC Set up/Operation Students receive comprehensive instruction on CNC lathe and mill operations including machine setup and tooling selection. The course includes instruction on work coordinates, tool length offsets, coordinate settings, program entering and editing, tool wear compensation, setting zero and part set up. Milling operations cover X, Y and Z axes, and lathe operations cover X and Z axes.

MT 245: Introduction to Advanced Measurement Systems This course provides an overview of Computer Measuring and Digitizing Instruments for part inspection and reverse engineering. Students will receive instruction in use of CMMs, FARO Arms, Laser Scanners, etc.

MT 246: Computer-Aided-Manufacturing This course introduces CNC Programming via CAD/CAM. Students learn Gibbs CAM, Mastercam, conversational programming, basic part drawing, process layout, tool selection and how to post a program. Students also receive instruction in program verification and analysis. The focus is on 2- and 3-axis programming.

MT 248: NIMS Credentialing/CNC Project Students are required to pass the two NIMS CNC Machining Level tests, both written and performance. Students are required to produce parts from drawings on a project basis to ensure competency in all aspects of CNC operation and programming.

MT 299: Internship (OJT) for CNC Machinist The student, work supervisor and instructor will develop a training plan to ensure activities are applicable to the student’s goals. Student must perform CNC operator’s duties in an employer’s manufacturing business. Activities are monitored by the instructor. A total of not less than 960 work hours shall be performed, and the student must present a form that is endorsed by his/her work supervisor to his/her instructor to complete this internship.

Part Program This class introduces the major code groups used in a CNC part program. Includes an Interactive Lab.

RCBI Technical Training Certificate Program: CNC Specialist Participants in the CNC Specialist program receive technical skills immediately useful in the workplace requiring CNC knowledge. They receive hands-on instruction in set up, operation, programming, maintenance, etc. on state-of-the-market CNC equipment used every day in industry. They also receive instruction in industrial communications, organizational skills, mathematics for machinists and safety. Before graduation, each individual is required to pass all Level 1 NIMS CNC credentials.

The Manufacturing Software Program at RCBI The RCBI Manufacturing Software Program includes intense focus on key CAD/CAM software that enables companies to streamline their manufacturing processes, reduce lead times, increase production efficiency, reduce operational costs, improve products, enhance customer service, enter new markets and improve profitability.

Turning Calculations This class explains the common calculations necessary to plot the toolpaths for a basic turning program.

Coatings

Coating Defects 150 This class covers the common types of coating defects, as well as their related causes and prevention techniques.

Intro to Coating Composition 110 This class discusses key components of a coating, as well as the environmental risks solvents pose and alternatives to using solvent as a carrier for coatings.

Processes for Applying Coatings 140 This class covers the processes used to apply coatings to a variety of surfaces. This class includes descriptions of manual coating, automated coating, electroplating, and powder coating.

Surface Preparation for Coatings 120 This class covers various options for preparing surfaces before the application of a coating. The class also addresses the nature of common surfaces.

Troubleshooting Coating Defects 170 This class covers the basics of troubleshooting coating processes. It includes descriptions of various tools used in the troubleshooting process, including Pareto charts, check sheets, and fishbone diagrams.

Composites

Advanced Materials for Composites 135 This class covers the thermoplastic and non-polymeric resins used to create advanced composite parts, as well as the materials used to create high-performance fiber reinforcements.

Advanced Thermoset Resins for Composites 130 This class covers the thermoset resins commonly used to create advanced composite parts, as well as their properties and general considerations for material selection.

Composite Inspection and Defect Prevention 240 This class describes common methods for inspecting composites and preventing defects.

Composite Structures: Damage Repair - Phase 3 Designed for the repair technician, lead, or supervisor who wants to further his or her education pertaining to repairs of composite structures, this class presents more challenging damage assessment and repair situations than presented in our Phase 2 class.

Composite Structures: Fabrication and Damage Repair - Phase 1 The ‘Fabrication & Damage Repair, Phase 1’ course is designed to meet the needs of a wide range of personnel; from the very beginner to the seasoned professional. The ‘Phase 1’ course is highly recommended to anyone seeking a better understanding of advanced composites.

Composites Structures: Damage Repair - Phase 2 The Phase 2 course is designed as a direct follow-on to our Phase 1 course for repair technicians, mechanics, supervisors, and quality assurance personnel directly involved in providing high performance repairs to advanced composite structures.

Intro to Composites This class covers the basic materials used to make composites, how composites are processed, and the applications of composites in various markets.

Intro to Compression Molding 170 This class will teach you about the compression molding process, as well as the materials and equipment associated with it.

Intro to Lay-up and Spray-up Molding 140 This class covers lay-up and spray-up molding of traditional fiberglass composites.

Overview of Composite Processes 120 This class covers the basic methods for processing composites, as well as some of the materials used for these processes.

Repair Methods for Composites 250 This class covers basic procedures and best practices for repairing composites, as well as the structure of composite laminates and sandwich panels.

Safety for Composite Processing 115 This class teaches operators how to protect themselves from illness and injury when working with composites. You will also learn how to store and discard hazardous materials. Finally, you will learn about the agencies that develop and regulate workplace safety standards.

Surface Finishing Composites 190 Understanding how to finish the surface of a composite part helps an operator create parts that meet the demands of the customer. This class will teach you about surface finishing operations for composite parts.

Traditional Composites 125 This class covers the materials commonly used to create resins and reinforcements for traditional composites. It also describes the basic characteristics of polymers.

Vacuum Bagging Technique: Single-sided Bagging 230 This class covers basic procedures for performing single-sided vacuum bagging. It also covers general safety precautions and strategies for preventing common problems.

Computer and Information Technology

Computer Fundamentals This class is designed for the first time computer user, but it's also intended for those whose familiarity with computers is limited and who want a better understanding of the basics. It's written for anyone who has not grown up with a personal computer but now needs to acquire the same confidence of the younger generation of internet surfers.

EDM

Intro to EDM This class introduces the process, components and machines of electric discharge machining.

Electrical

AC Fundamentals This class introduces the concept of alternating current (AC) and describes the variables that measure AC power.

AC Power Sources This course introduces the various means by which AC power is produced and used. It also covers AC’s advantages over DC and power transformation. Includes an Interactive Lab.

Assembler: Electrical Program Electrical assemblers are responsible for joining electrical components into a finished product. This position demands an understanding of electrical currents and components, mechanical fasteners and torque, methods for inspecting finished parts, and blueprint reading skills. Electrical assemblers often work in teams and benefit from learning quality methods such as lean systems and cell design.

Battery Selection This class discusses the factors on which batteries are rated and describes many of the most common battery types. Includes an Interactive Lab.

Conductor Selection This course describes different conductor and insulation types and explains proper wire sizing according to NEC standards and calculations. Includes an Interactive Lab.

DC Circuit Components This class explains the function and purpose of the various components used in DC circuits.

DC Power Sources This course introduces the various means by which DC power is created and used. It also discusses DC power generation and the limits of its applications. Includes an Interactive Lab.

Electrical Instruments An overview of the various meters used in electrical maintenance. Basic principles, proper usage, and safety procedures are discussed.

Electrical Print Reading This class explains the basic principles of reading electrical prints with an emphasis on schematic symbols. Includes an Interactive Lab.

Electrical Units This class describes how electricity flows and explains the basic units used to measure electricity.

Electrician: Industrial Program Industrial electricians are responsible for troubleshooting and repairing a wide range of industrial equipment and electrial systems. This position demands a thorough knowledge of electrical circuits and components, mechanical fasteners and hand tools, mechanical drives, and a broad knowledge of industrial machines. Industrial electrians also benefit from learning preventive maintenance and similar approaches.

Intro to Circuits This class describes the basic components of an electrical circuit and explains how they are represented in schematic drawings. Includes an Interactive Lab.

Intro to Magnetism This class covers the fundamental principles of magnetism and explains its relationship to electricity.

NEC Overview This class introduces the NEC Codebook and explains how it is used by electrical workers. Includes an Interactive Lab.

Parallel Circuit Calculations This class introduces the rules and formulas for parallel circuit calculations.

Safety for Electric Work This class describes the safety risks associated with electricity. It also discusses the necessary precautions for working with electricity safely. Includes an Interactive Lab.

Series Circuit Calculations This class covers the formulas and rules for calculating the values of voltage, current, resistance, and power in direct-current series circuits.

Fasteners

Intro to Assembly This class describes the common assembly methods of mechanical fastening, adhesive bonding, and welding.

Intro to Fastener Ergonomics This class introduces ergonomics and discusses the ergonomic concerns associated with assembly.

Intro to Fastener Threads This class describes fastener threads and their characteristics, as well as explains different thread standards and classifications.

Overview of Non-Threaded Fasteners This class summarizes the various types of non-threaded fasteners used in assemblies and describes their common applications.

Overview of Threaded Fasteners This class summarizes the various types of threaded fasteners used in assemblies and describes their common applications.

Properties for Fasteners This class describes the key properties of steel fasteners as well as common fastener failures that may occur.

Safety for Assembly This class introduces general safety guidelines for assembly.

Threaded Fastener Selection This class describes how to select a threaded fastener as well as how to install a bolt and nut combination into a joint.

Tools for Threaded Fasteners This class outlines the different types of tools for assembly commonly used with threaded fasteners.

Understanding Torque This class explains the importance of torque as well as how torque is derived and applied to bolted joints. Includes an Interactive Lab.

Hydraulics and Pneumatics

Actuator Applications This class provides an overview of actuators for fluid power systems, including cylinders, rotary actuators, and fluid motors. Includes an Interactive Lab.

Basic Hydraulic System Design This class provides an overview of basic hydraulic circuits and how they are designed to perform basic tasks.

Basic Pneumatic Circuit Design This class provides an overview of basic pneumatic circuits and how they are designed to perform basic tasks.

Compressed Air Systems The course will focus on enabling manufacturing industry to save money invested in compressed air systems and reduce the carbon footprint. The participants will learn about the fundamentals of compressed air systems in terms of the supply side as well as the demand side. They will learn about effective control strategies that work and lead to increased system efficiency in compressor system operation.

Contamination and Filter Selection This class provides an overview of contamination, hydraulic filters, and fluid maintenance. Includes an Interactive Lab.

Fittings for Fluid Systems This class provides an overview of fittings for fluid power systems, including pipe fittings, tube fittings, hose fittings, and the seals that make them work.

Fluid System Print Reading This class describes the basic layout of hydraulic and pneumatic prints and addresses the most commons symbols used to identify components.

Hydraulic Control Valves This class surveys the most common types of hydraulic control valves and explains how each type functions within a hydraulic system. Includes an Interactive Lab.

Hydraulic Fluid Selection This class provides an overview of the types of hydraulic fluid and the properties that make them ideal for certain applications. Includes an Interactive Lab.

Hydraulic Power Sources This class discusses the various types of hydraulic pumps and how they create fluid flow. It also describes prime movers and the considerations for selecting a pump and motor unit for a specific application.

Hydraulic Power Variables This class discusses the variables involved in hydraulic power transmission and how they describe the capabilities of a hydraulic system. Includes an Interactive Lab.

Hydraulic Principles and System Design This class provides an overview of common mathematical calculations used to size fluid components in the design phase of circuit creation. Includes an Interactive Lab.

Intro to Fluid Conductors This class provides an overview of fluid power conductors, including pipe, tubing, hose, and manifolds.

Intro to Fluid Systems This class provides an introduction to fluid power systems, including hydraulic and pneumatic components.

Intro to Hydraulic Components This class presents an overview of basic hydraulic system components. Includes an Interactive Lab.

Intro to Pneumatic Components This class presents an overview of basic pneumatic system components.

Pneumatic Control Valves This class surveys the most common types of pneumatic control valves and explains how each type functions within a pneumatic system.

Pneumatic Power Sources This class describes different types of compressors and how they generate gas flow. It also describes prime movers and primary factors to consider when selecting a compressor for a particular application.

Pneumatic Power Variables This class discusses the variables involved in pneumatic power transmission and how they describe the capabilities of a pneumatic system.

Preventive Maintenance for Fluid Systems This class provides an introduction to preventive maintenance for hydraulic and pneumatic fluid systems.

Safety for Hydraulics and Pneumatics This class addresses safe work practices for hydraulics and pneumatics and includes information on preventive measures for safety hazards in the manufacturing workplace. Includes an Interactive Lab.

The Forces of Fluid Power This class provides an introduction to the forces of fluid power, including force multiplication, work, energy, and power.

Inspection

Basic Measurement This class introduces the basic measuring devices used in the shop to ensure part quality. Includes an Interactive Lab.

Basics of the CMM This class identifies the major types and components of the coordinate measuring machine and describes the coordinate system.

Basics of the Optical Comparator This class explains the principles of optical inspection and describes the components of the optical comparator.

Calibration Fundamentals This class describes the calibration process and explains how measuring instruments are traced back to national and international standards. Includes an Interactive Lab.

Geometric Dimensioning & Tolerancing Fundamentals The class covers the fundamentals of what you need to know in order to function and work as a professional in an organization utilizing the geometric tolerancing system. It consists of lectures and exercises based on application and interpretation of the system. Models are used to make illustrations and to allow the attending students to have a hands-on interaction (Metric and Inches).

Hardness Testing This class provides an overview of the most common hardness testing methods and describes how to read hardness ratings.

Hole Inspection This class explains different hole characteristics and describes how specific gages are used for different hole inspection applications. Includes an Interactive Lab.

Inspecting with CMMs This class compares the advantages and common uses of various CMM components and software applications.

Inspecting with Optical Comparators This class compares different types of optical comparators and explains how they work best under different conditions.

Interpreting GD&T This class explains important rules of geometric dimensioning and tolerancing(GD&T)and also describes how common features are specified in GD&T prints. Includes an Interactive Lab.

Intro to GD&T This class introduces the fundamental concepts of geometric dimensioning and tolerancing (GD&T) and describes the main types of tolerances included in the standard. Includes an Interactive Lab.

Linear Instrument Characteristics This class describes the various characteristics of linear measuring instruments and explains how variation affects the inspection process. Includes an Interactive Lab.

Measuring System Analysis This class explains the purpose and methods of measuring systems analysis, including measurement variation and gage repeatability and reproducibility studies.

Overview of Threads This class describes the various parts of a screw thread, common thread standards and tolerances, and the various tools used to inspect them.

Surface Measurement This class identifies the different types of surface texture and describes how the surface texture of a part affects its use.

Thread Inspection This class provides suggestions and how-to information for inspecting threads with a range of common instruments and gages. Includes an Interactive Lab.

Maintenance & Troubleshooting

Maintenance and Repair: Industrial Machinery Program General maintenance and repair workers are responsible for maintaining and fixing a wide range of building systems and mechanical equipment. This position requires a broad knowledge of electrial systems and wiring, fluid systems and plumbing, mechanical drives and machines, hand tools and fasteners, as well as blueprint reading. General maintenance and repair workers also benefit from learning preventive maintenance and similar approaches.

Maintenance and Repair: General Program General maintenance and repair workers are responsible for maintaining and fixing a wide range of building systems and mechanical equipment. This position requires a broad knowledge of electrial systems and wiring, fluid systems and plumbing, mechanical drives and machines, hand tools and fasteners, as well as blueprint reading. General maintenance and repair workers also benefit from learning preventive maintenance and similar approaches.

The Mechanical & Electrical Multicraft Maintenance Program at RCBI The Multicraft Program at RCBI is designed for individuals who are being trained for both mechanical and electrical maintenance duties. The program teaches the fundamentals and covers general safety issues when dealing with electricity as well as corresponding concerns with mechanical fundamentals, so students can better understand how to deal with both components of machinery and operations.

Manual Machining

Basics of the Engine Lathe This class describes the basic parts of the engine lathe as well as the cutting tools and workholding devices used on a typical lathe.

Basics of the Manual Mill This class describes the basic components of the manual mill and also describes common workholding devices, cutting tools, and toolholders used on the mill.

Benchwork and Layout Operations This class describes common benchwork operations performed on the mill before and after machining a part and describes common layout tools and procedures.

COM 112: Oral Communication This course provides instruction and experience in preparation and delivery of presentations in public settings and group discussions. On completion, students will be able to design and deliver well-organized presentations and participate in group discussions with appropriate audiovisual support.

Engine Lathe Operation This class guides you through the machining of a cylindrical part using inner- and outer-diameter cutting operations as well as explains general principles surrounding each operation.

ENL 231: Technical Report Writing A course designed to prepare students to write technical reports. Emphasis is on good writing principles and the use of supplementary illustrations as they apply to technical reports.

Holemaking on the Mill This class describes how to perform common holemaking operations on the manual mill and explains common principles about each holemaking process.

ISM 133: Principles of Supervision & Management Fundamental principles of administrative, staff and operating management with organizational structures, operative procedures and systems emphasized. Principles include responsibilities, duties and relationships of supervisors and leaders.

IT 101: Fundamentals of Computers This course is an introduction to computers and the fundamentals of operating systems and software programs. It provides hands-on experience with computer applications including word processing, spreadsheets, electronic mail and the Internet.

Machinist: Tool Room Program Tool room machinist are skilled, hands-on machine tool operators capable of working with lathes, mills and grinders. This position demands an understanding of manual machine operation, cutting tool theory, part inspection, grinding operations and workpiece material properties. Tool room machinist also are expected to have excellent blueprint reading and math skills.

Manual Mill Operation This class guides you through the machining of a common part on the mill as well as explains common milling operations performed on the mill.

MAT 135: Mathematics for Machinist Technology Course is designed to develop understanding of mathematical concepts required of skilled employees in the machine trade and related occupations.

MFE 220: Computer-Aided Design This course provides a solid foundation in reading and creating engineering drawings (blueprints) to recognized ANSI (American National Standards Institute) standards. Drawing standards multi-view, section and auxiliary views, dimensioning, and geometric dimensioning and tolerancing (GD&T) will be at the heart of blueprint reading. The student will learn 2D computer aided design techniques to produce engineering drawings of manufactured components to ANSI standards.

MT 105: Industrial Safety An introductory course designed to develop safe workplace practices and to become familiar with OSHA standards. Students will be required to demonstrate safe handling of work materials, operation machines, tooling, and storage and disposal of hazardous materials.

MT 121: Introducttion to Machinery A hands-on laboratory experience to acquaint students with machinery and the industrial environment. In this course the application of skills and knowledge of machine tool processes are stressed (PR: permission)

MT 200: Blueprint Reading Students will develop the ability to read standard and GDT orthographic blueprints as required in a machine shop.

MT 205: Precision Measurement Students learn to identify, select and use measuring instruments in machining. In addition they will be introduced to the metric system of measurement.

MT 215: Metalworking Theory and Application (12 weeks) Students will become skilled in the use of machines and processes utilized in metalworking.

MT 223: Advanced Technical Specialization The application of skills and knowledge used in turning, milling, and drilling operations with the emphasis on specific types of machining.

MT 233: NIMS Credentialing Course acquaints students with the National Institute for Metalworking Skills (NIMS) and prepares them to earn national credentials recognized by NIMS.

MT 289: Internship for Machinist The student, work supervisor and instructor will develop a training plan to ensure that activities are applicable to the student’s career goals. Completion of this internship will require the student to perform machinist-type duties. The experience will be monitored by the instructor.

NIMS Program The National Institute for Metalworking Skills (NIMS) Program prepares students for NIMS certification. NIMS is a leading manufacturing organization that sets skills standards designed to develop and maintain a globally competitive American workforce. NIMS has developed skill standards in 24 operational areas that cover a full range of metalforming and machining disciplines.

Overview of Engine Lathe Setup This class describes the proper setup for a typical lathe operation and explains how to align, adjust, and select the components on the lathe.

Overview of Manual Mill Setup This class describes the proper setup for a typical mill operation and explains how to determine mill settings, align mill components, and select proper tooling.

RCBI Technical Training Certificate Program: Machinist Technology Participants in the Machinist Technology Program receive technical skills training to work in industrial machining. Course work includes manual machine operation and technical support, introductory CNC (computer-numerical-control) machine operation and technical support, oral communications and organizational skills, mathematics for machinists and safety issues.

Taper Turning on the Engine Lathe 240 Taper Turning on the Engine Lathe 240 is an introductory class coverning methods for turning basic tapered parts on an engine lathe.

Threading on the Engine Lathe This class describes the manual lathe components used for threading and explains how to cut and inspect an external and internal thread.

Materials

Ceramics This class identifies the major categories, properties, and uses of ceramics.

Ferrous Metals and Alloys This class identifies the major categories, properties, and uses of steels and their alloys.

Heat Treatment of Steel This class describes the different steel phases as well as common heat treatment methods for steel. Includes an Interactive Lab.

Intro to Materials This class identifies the major categories of materials used in manufacturing and compares their general properties.

Introduction to Additive Manufacturing An introductory course to educate and advance the uses and applications of additive manufacturing technologies.

Mechanical Properties of Metals This class describes common mechanical properties of metals and explains the stress-strain curve. Includes an Interactive Lab.

Metal Classification This class introduces the AISI-SAE classification for steels.

Metal Manufacturing This class walks through the steps used to produce commercial steel from its original ore.

Nonferrous Metals and Alloys This class identifies the major categories, properties, and uses of nonferrous metals and their alloys.

Overview of Plastic Materials This class describes the different types of plastics and their characteristics.

Overview of Plastic Processes This class describes the most common plastic manufacturing processes and the machinery used to manufacture plastic components.

Overview of Properties for Plastics This class describes the mechanical and chemical properties of plastics and addresses how they impact design considerations.

Physical Properties of Metals This class introduces the physical properties of metals and explains how these properties determine potential applications.

Plastics This class identifies the major categories, properties, and uses of plastics.

Principles of Injection Molding This class will familiarize you with injection molding and the design concerns associated with injection molding.

Principles of Thermoforming This class describes the thermoforming process and explains the different variations of thermoforming, including pressure forming and vacuum forming.

Structure of Metals This class describes the atomic structure of metals and explains how this structure affects each metal's properties.

Mechanical Systems

Bearing Applications This class describes different types of bearings, the operating conditions in which they are used, and important considerations for proper installation and maintenance of the major types of bearings available. Includes an Interactive Lab.

Belt Drive Applications This class explains how belt drive systems are used to transmit power and discusses various types types of belts used in industry.

Clutch and Brake Applications This class describes different types of clutches and brakes, the operating conditions in which they are used, and installation, maintenance, and safety concerns.

Forces of Machines This class identifies the various types of mechanical forces and describes how these forces act on objects. Includes an Interactive Lab.

Gear Applications This class discusses various types of gears used in industry, including information on how gears are used, maintained, and classified.

Gear Geometery This class discusses the geometery and design of gears commonly used in industry. Includes an Interactive Lab.

Intro to Mechanical Systems This class examines simple machines such as the lever and inclined plane and covers basic concepts of physical science, including mechanical advantage and friction.

Lubricant Fundamentals This class describes different types of industrial lubricants and explains the importance of proper lubrication procedure. Includes an Interactive Lab.

Mechanical Power Variables This class discusses the variables involved in mechanical power transmission and how they affect industrial proccesses. Includes an Interactive Lab.

Power Transmission Components This class discusses the process of mechanical power transmission and describes the components used to transmit mechanical energy.

Safety for Mechanical Work This class describes safety precautions for performing maintenance on mechanical systems.

Spring Applications This class discusses different types of springs, how they are used in machines, and how to select the right spring for a particular application.

Metal Cutting

ANSI Insert Selection This class walks through the ANSI B212.4-1995 standard for insert identification.

Band Saw Blade Selection This class compares the various types of band saw blades and identifies the factors that influence blade selection.

Carbide Grade Selection This class describes the common forms of carbide available in cutting tools.

Cutting Fluids This class identifies the major cutting fluids and their common uses.

Cutting Processes This class provides a comprehensive overview of the most common metal cutting operations performed in the shop. Includes an Interactive Lab.

Cutting Tool Materials This class describes common cutting tool materials and their common applications.

Cutting Variables This class describes some of the variables that impact common machining operations. Includes an Interactive Lab.

Drill Geometry This class identifies the major drill components and angles that impact drilling operations. Includes an Interactive Lab.

Hard Turning This class covers hard turning, including its advantages when compared to grinding and strategies for successful implementation.

High -Speed Machining This class compares high-speed machining (HSM) to traditional machining and explains the key factors that impact its successful application.

Intro to Screw Machining This class identifies the common components and operations of the screw machine and compares common screw machine designs.

Machines for Metal Cutting This class identifies and describes the common machines used in metal cutting.

Machining Titanium Alloys This class identifies and addresses the challenges related to machining titanium and its alloys.

Metal Removal Processes This class describes traditional machining processes such as metal cutting and grinding, as well as various nontraditional methods of machining.

Milling Geometry This class identifies and explains the face mill and end mill tool angles that impact a milling operation. Includes an Interactive Lab.

Optimizing Insert Life This class describes common forms of insert wear that lead to insert failure and identifies the appropriate control methods for each type. Includes an Interactive Lab.

Safety for Metal Cutting This class identifies the safety hazards associated with cutting operations and the precautions you must take to avoid injury.

Sawing Fundamentals This class identifies the main types of sawing and introduces basic terminology for saw blade types and materials.

Speed and Feed Selection This class identifies the various speed and feed values used with the lathe and mill and describes how to convert these variables. Includes an Interactive Lab.

Tool Geometry This class identifies the major tool angles that impact the turning operation. Includes an Interactive Lab.

Toolholders for Turning This class explains the components and identification of OD and ID toolholders used on the lathe.

What is Cutting This class addresses the theory of proper chip formation during the machining process. Includes an Interactive Lab.

Motor Controls

AC Motor Applications AC Motor Applications 240

Acceleration Methods This class will describe the factors involved with motor acceleration and how they relate to each other. It will also explain how speed and acceleration are controlled in various types of electric motors.

Contactors and Motor Starters This class provides information on the basic design and function of contactors and motor starters. Includes an Interactive Lab.

Control Devices In this class, you will learn about various types of control devices, their parts, and how control devices are used in different applications. Includes an Interactive Lab.

DC Motor Applications This class focuses on DC motors, their main parts, and how they are used and maintained. Includes an Interactive Lab.

Deceleration Methods This class describes the various methods used to cause motor deceleration. It explains the situations where braking is needed and shows how braking is accomplished.

Distribution Systems This class describes the means of distributing power to motors and other electrical devices within a typical industrial shop, focusing on distribution systems within a shop.

Electronic Semiconductor Devices This class covers the functions and characteristics of many different electronic semiconductor devices.

Intro to Electric Motors This class discusses how various types of electric motors are applied throughout industry and the principles behind motor operation. Includes an Interactive Lab.

Limit Switches and Proximity Sensors This class covers the properties and functions of limit switches and inductive and capacitive proximity sensors, as well as hall effect sensors. Includes an Interactive Lab.

Logic and Line Diagrams This class will teach you the basic rules for line diagrams and their common elements. You will also learn how line diagrams are put together and how they are referenced.

Photoelectric and Ultrasonic Devices This class covers the properties and functions of photoelectric and ultrasonic sensors. Includes an Interactive Lab.

Photonic Semiconductor Devices This class covers the characteristics and functions of photonic semiconductor devices.

Reduced Voltage Starting This class describes the various methods of reduced voltage starting and explains when each type of starter is used.

Reversing Motor Circuits This class describes the proper ways to design reversing motor control circuits for many types of electric motors, using different types of starters and switches.

Solenoids This class describes the principles behind solenoid operation, lists the main types of solenoids, and explains their function and application. Includes an Interactive Lab.

Solid-State Relays and Starters This class covers the characteristics and functions of solid state relays and motor starters. Includes an Interactive Lab.

Specs for Servomotors This class covers the basic types of servomotors and the components that can be used in a servo system.

Symbols and Diagrams for Motors This class describes common types of motor control symbols found in most schematic diagrams as well as their function in a motor application.

Timers and Counters This class describes the functions and applications of various mechanical, electromechanical, and electronic timers and counters. Includes an Interactive Lab.

PLCs

Basic Programming This class will teach you the basics of PLC programming using ladder logic. The class will identify common PLC commands and describe how those commands can be used to program a controller.

Basics of Ladder Logic This class describes the basic principles of ladder logic, identifies the symbols used to program a PLC and explains the primary logic functions those symbols create. Includes an Interactive Lab.

Data Manipulation This class explains basic data moving functions and describes how and why these functions are used.

Hand-Held Programmers of PLCs This class covers the basic functions and characteristics of hand-held programmers. Includes an Interactive Lab.

Hardware for PLCs This class covers the characteristics and functions of different types of PLC hardware, and provides basic troubleshooting procedures and maintenance tips. Includes an Interactive Lab.

Intro to PLCs This class introduces the parts and operations of programmable logic controllers (PLCs) and describes the functions and different programming languages you will find on most PLCs. Includes an Interactive Lab.

Math for PLCs This class covers common mathematical functions for PLCs as well as the integer and decimal values and numeric codes involved in PLC math calculations.

Networking for PLCs This class covers the basic principles of PLC networking and provides an introduction to some common industrial networks. Includes an Interactive Lab.

Numbering Systems and Codes This class explains how to convert between binary, decimal, octal, and hexadecimal number systems and describes how these systems are used to convey information for PLCs.

Overview of PLC Registers This class introduces how digital signals are converted into binary data and how that data is stored into various types of registers.

PID for PLCs This class covers the effects of a proportional–integral–derivative (PID) controller in closed-loop systems as well as methods for tuning your controller in order to achieve the desired performance.

PLC Diagrams and Programs This class will teach you how to convert line diagrams and wiring diagrams for use with PLCs.

PLC Inputs and Outputs This class covers different types, configurations, capacities, and current conversions for PLC I/Os. Includes an Interactive Lab.

PLC Installation Practices This class covers the proper steps for planning and installing a basic PLC system. Includes an Interactive Lab.

PLC Program Control Instructions This class covers some of the most common program control instructions for PLCs. Includes an Interactive Lab.

PLC Timers and Counters This class explains how different types of PLC timers and counters work.

Sequencer Instructions for PLCs This class covers sequencer instructions for PLCs.

Shift Registers This class explains the various register shifts that can be used in a PLC.

Press Brakes

Bending Fundamentals This class describes key factors that affect a bending operation on the press brake and also surveys the common types of forming and bending operations. Includes an Interactive Lab.

Die Bending Operations This class describes the different types of bends that can be formed on the press brake.

Operating the Press Brake This class describes how to operate a press brake and also covers the different modes of operation and controls used when operating a press brake.

Press Brake Components This class identifies the major components of the press brake and describes the most common press brake designs. Includes an Interactive Lab.

Press Brake Operator Program Press brake operators are responsible for creating parts out of blanks for bending sheet metal between a punch and die mounted on the press. This position demands an understanding of the basic components of the press brake, the mechanical properties of metals, part inspectoin and quality assurance as well as basic blueprint reading. Press brake operators often conduct bending operations manually and must know the proper safety practices.

Press Brake Safety This class provides an overview of safety procedures for the press brake, including a description of how to adjust pullback cables.

Press Brake Specifications This class identifies common specifications of press brakes and describes the various features and options available for common machines. Includes an Interactive Lab.

Professional Development

Customer Service Training: Managing Customer Service The need for leading, promoting, and enhancing a customer focused culture are essential within every organization. This one-day workshop will provide you with an opportunity to explore your responsibilities within your role as a customer service agent. As we discuss the various skills and techniques, draw from your own personal and varied experiences to share elements of reward and challenge. Consider this workshop as a “re-energizing time" to build and expand from where you are now.

Employee Dispute Resolution: Mediation through Peer Review Have you ever been in a workplace situation where a supervisor has made a decision that you don’t agree with? Did you wish that you could ask someone else what they thought of the decision; whether they would have done the same thing? The Peer Review process offers employees just that chance, using a formalized procedure.

Basics of Manufacturing Costs This class describes the basic costs associated with manufacturing and how these costs are typically controlled.

Behavioral Interviewing Techniques Behavior Interviewing is a very reliable and valid candidate selection technique based on the work of Tom Janz, of the University of Calgary. This two day workshop concentrates on the pre-interview preparation, developing questions and their value, the interview techniques that get specific, behavior-based examples of past performance, and the strategies that follow through on this process.

Budgets and Managing Money Many managers find themselves thrust into financial situations with little or no preparation. Understanding the cycle of finance will help you figure out where you fit into your company’s financial structure and how to keep your department out of the red. This two-day workshop will familiarize you with the key concepts of finance and accounting and help you prepare budgets and make decisions with more confidence.

Building Better Teams Teams have become a principal building block of the strategy of successful organizations. Whether the focus is on service, quality, cost, value, speed, efficiency, performance, or other similar goals, teams are the central methodology of most organizations in the private, non-profit, and government sectors. With teams at the core of corporate strategy, your success as an organization can often depend on how well you and other team members operate together.

Building Relationships for Success in Sales No one questions that making friends is a good thing. However, it’s not an easy thing, particularly when you’re cultivating business relationships. Strategic friendships will make or break any business, no matter how big and no matter what kind of market. In this one-day workshop, you are going to discover that the business of business is making friends, and the business of all sales professionals is making friends and building relationships.

Building Your Self Esteem and Assertiveness Skills We all have moments of self-doubt, where we feel like we can’t do anything right. But for many people, doubting is constant. They worry about how they look to others, how their behavior is interpreted, what will happen if they say no, and what people will think if they stand up for themselves. This constant, destructive cycle of worry and stress is debilitating and harmful. During this one-day workshop, you will learn how to turn the destructive cycle of low self-esteem around.

Business Etiquette: Gaining That Extra Edge In today’s world, business demands more than keeping your nose to the grindstone and your ear to the ground. You need business savvy and the ability to establish yourself in a credible manner. A faux pas at the wrong time can damage your career. If you want to enhance and polish your business image, or if you just want to avoid feeling uncomfortable in the corporate world, this workshop will allow you to take a quantum leap forward in skill, sophistication, and confidence.

Business Leadership: Becoming Management Material At its core, leadership means setting goals, lighting a path, and persuading others to follow. But the responsibility entails much more. Leaders must get their message out in a way that inspires, make the most of their limited time, and aligns the ambitions of the many with the needs of the organization. This three-day workshop is a tool for your leadership development designed to help you create and accomplish your personal best, and to help you lead others to get extraordinary things done.

Business Writing that Works In business writing, the language is concrete, the point of view is clear, and the points are well expressed. Good writing is hard work, and even the best writers get discouraged. However, with practice you can feel more confident about your own writing. This two-day workshop will concentrate on the nitty-gritty details that writers have to contend with, including a discussion of writing problems and solutions, and a chance to gain some practical advice on making the job less difficult.

Change and How to Deal with It Managers have the task of contributing to the effectiveness of their organization while maintaining high morale as they implement changes imposed by senior management. Managers who have an understanding of the dynamics of change are better equipped to analyze the factors at play and to adopt practical strategies to deal with resistance. This one-day workshop will help you deal with change and will give you strategies to bring back to your employees.

Coaching: A Leadership Skill Coach, Role Model, Counselor, Supporter, Guide...do these words ring a bell? Being a coach involves being a role model, sometimes a counselor or supporter, and always a guide. Coaching is based on a partnership that involves giving both support and challenging opportunities to employees. Knowing how and when to coach is an essential skill that can benefit both you and your organization. This one-day workshop will help you become a better coach in all senses of the word.

Communication Strategies Have you ever wondered why it seems so difficult to talk with some people and so easy to talk with others? Can you recall an occasion where you met someone for the first time and immediately liked that person? Something about the individual made you feel comfortable. A major goal of this two-day workshop is to help you understand the impact your communication skills have on other people, and how improving these skills can make it easier for you to get along in the workplace.

Conducting Effective Performance Reviews Performance reviews are an essential component of employee development. Setting goals and objectives to aim for will give supervisors and employees a unified focus and targets to aim for. Supervisors must also learn how to give feedback, both positive and negative, on a regular and timely basis so that employees can grow and develop. Performance appraisals involve all these activities.

Conflict Resolution for Different Groups This class describes a variety of situations in which a conflict may occur and offers advice for the best approaches to dealing with those conflicts. Includes an Interactive Lab.

Conflict Resolution Principles This class covers the basic steps that a manager can take to resolve conflicts in the workplace and help ensure that the same conflicts do not return. Includes an Interactive Lab.

Conflict Resolution: Dealing with Difficult People The easiest way to deal with difficult people is to stay as far away from them as you can, suggests Robert Bramson Ph.D, author of Coping with Difficult People. Great advice for those who work by themselves at home but the vast majority of people can’t avoid interactions with a wide range of personalities. Success sometimes depends on your ability to work well with many different personality types. This course gives tips and techniques for dealing with difficult people in the workplace.

Conflict Resolution: Getting Along in the Workplace All of us experience conflict. Since you can’t prevent conflict, the most important thing is to learn how to handle or manage it in productive ways. What is critical for resolving conflict is developing an understanding of, and a trust in, shared goals. It requires openness, discipline, and creativity. There are several strategies for coping with conflict. Knowing when and how to use these techniques can make you a more effective leader.

Customer Service Training This one day workshop is for any employee who deals with the public or who serves those who do deal with the public. Customer service skills can increase your value to your company and advance your career at the same time.

Customer Service Training - Critical Elements of Customer Service This one day workshop is for any employee who deals with the public or serves those who deal with the public. Customer service skills can increase your value to your company and advance your career at the same time.

Diversity Training: Celebrating Diversity in the Workplace A workplace is a diverse collection of individuals proud of who they are: their gender, their sexual orientation, their religion, their ethnic background, and all the other components that make an individual unique. The challenge becomes: how can we make these diverse individuals work as a team? In this one-day workshop, you’ll learn how you as an individual can celebrate diversity, and how you can help your workplace become a more diverse environment.

Dynamite Sales Presentations A great sales presentation does not demand you have all the bells and whistles to impress the client with your technical skills. Rather, try impressing your clients with your knowledge of the products and services you sell and your understanding of their problems and the solutions they need. This one-day workshop will focus on your formal written proposal and in-person presentation.

Employee Dispute Resolution: Mediation through Peer Review Have you ever been in a workplace situation where a supervisor has made a decision that you don’t agree with? Did you wish that you could ask someone else what they thought of the decision; whether they would have done the same thing? The Peer Review process offers employees just that chance, using a formalized procedure.

Essentials of Communication This class describes key types of communication and common roadblocks to communication, as well as how to use effective communication as a tool to help build teamwork and manage conflict. Includes an Interactive Lab.

Essentials of Leadership This class describes the basic responsibilities of a leader and gives helpful ideas about how to gain the respect and trust of others. Includes an Interactive Lab.

Facilitation Skills Instructors understand and use up-to-date training techniques and a variety of training methods, including lecturettes, group discussions, case studies, problem solving exercises, and visual aids to give all participants the best opportunities for learning. Participants’ handbooks will note key points, accommodate handouts, and provide space for individual learning. These workbooks will serve as a reference for individuals upon completion of this course.

Harassment and Discrimination This class describes the issues surrounding diversity in the modern workplace, as well as describing some employer responsibilities in regards to diversity management. Includes an Interactive Lab.

Human Resources Training For the Non-HR Manager In today’s fast-moving world, many managers and supervisors are expected to deal with some human resource issues. They may be asked to take part in developing job descriptions, sit in on interviews, or take responsibility for discipline. This three-day workshop will introduce those managers to human resource concepts. We will walk you through the hiring process, from performing a skills inventory to conducting the interview; discuss orientation; and cover some issues that arise after the hiring.

Industrial Sales Program Industrial salespeople are responsible for selling a wide range of manufacturing products to industrial customers and may be relatively new to the industry. This position requires a familiarily with grinding tools, cutting tools, fasteners and hand tools, punch and die components, and other assorted tooling components. Industrial salespeople can also benefit from learning recent quality intiatives and process improvement methods.

Intro to Managerial Accounting This class explains the basics of managerial accounting and how this information helps a manager make informed decisions.

Intro to Social Media for Manufacturers An introductory course on how to build your manufacturing business through social media.

Inventory Management: The Nuts and Bolts No business can survive very long without an effective program of controls over the parts and materials that are used in producing or distributing goods and services of the firm. “Control” means different things to different individuals. This is a workshop for you, the warehouse or stockroom manager, the person in charge of what comes in and goes out in your company. You want a smooth and cost-effective operation, with enough products on hand to satisfy needs without stockpiling too much.

Managing Performance: Best Practices This class covers the various aspects of performance management as well as strategies for motivating employees. Includes an Interactive Lab.

Managing Performance: Corrective Actions This class covers how to address employee performance issues, as well as the basic practices for employee termination. Includes an Interactive Lab.

Managing the Diverse Workplace This class describes the issues surrounding diversity in the modern workplace, as well as describing some employer responsibilities in regards to diversity management. Includes an Interactive Lab.

Manufacturing Survey Program The class titles included in the Manufacturing Survey program are designed to provide a broad overview of the manufacturing industry for executives, HR managers, supervisors or any other individuals who are new to the industry. The manufacturing survey addresses common processes and tooling in the machining, stamping and welding industries. Individuals who enroll in the Manufacturing Survey Program are also exposed to common quality initiatives and approaches.

Marketing and Sales A small marketing budget doesn’t mean you can’t meet your goals and business objectives – you just have to be more creative in your marketing tactics. This one-day workshop will show you how to get maximum exposure at minimum cost. Learn effective, low-cost, and non-cost strategies to improve sales, develop your company’s image, and build your bottom line.

Meeting Management: The Art of Making Meetings Work Meetings come in all shapes and sizes, from the convention to a quick huddle in an office hallway. This one-day program will be concerned with small working meetings--with groups that have a job to do requiring the energy, commitment, and talents of those who participate. Members of such a group want to get some kind of result out of their time together; solving problems, setting goals or priorities, or simply defining with each other some mutual needs and fears and hopes.

MSSC (Manufacturing Skill Standards Council) Program The Manufacturing Skill Standards Council (MSSC) Program prepares students for MSSC certification, an industry-led, training, assessment and certification system focused on the core skills and knowledge required by the nation's front-line production workers for today's manufacturers. The Certified Production Technician (CPT) addresses core technical competencies of higher skilled production workers in all sectors of manufacturing.

Negotiating for Results A One Day Workshop: Instructors understand and use up-to-date training techniques and a variety of training methods, including lecturettes, group discussions, case studies, problem solving exercises, and visual aids, to give all participants the best opportunities for learning. Participants' handbooks will note key points, accommodate handouts, and provide space for individual learning. These workbooks will serve as a reference for individuals upon completion of this course.

Office Ethics and You: Making Good Decisions What exactly makes a decision ethical? The problem with ethics is that what may seem morally right (or ethical) to one person may seem appalling to another. This workshop will help you define your ethical framework to make solving those ethical dilemmas easier. We’ll also look at some tools and techniques that you can use when you’re faced with an ethical decision. Best of all, we’ll look at a great many case studies so that you can practice making decisions in a safe environment.

Orientation Handbook: Getting Employees off to a Good Start An effective human resource professional knows that managing employee performance is more than conducting performance reviews or disciplining staff. Performance management begins with an orientation to the organization and the job, and continues on a daily basis as employees are trained and coached. This two-day workshop will show you how to give them what they need to feel welcome, know why they were hired, and know how to do the job.

Overcoming Objections: Nailing the Sale If you are like most sales professionals you are always looking for ways to overcome customer objections and close the sale. This workshop will help you plan, prepare and execute proposals and presentations that address customer concerns, reduce the number of objections you encounter and improve your batting average at closing the sale.

Performance Management and the Law This class covers the basic Federal employment laws that apply to manufacturing. Includes an Interactive Lab.

Performance Management: Managing Employee Performance This three-day course is for supervisors who wish to better understand themselves and others through completing and interpreting personality typing, to develop their problem solving and decision making skills, and to explore performance management issues.

Personal Finance Personal Finance is designed to assist students in the management of their personal financial affairs. It provides detailed coverage in the areas of money management, career planning, taxes, consumer credit, housing and other consumer decisions, legal protection, insurance, investments, retirement planning, and estate planning. Students learn the fundamentals of financial planning related to spending, saving, borrowing, and investing that lead to long-term financial security.

Problem Solving and Decision Making If you are tired of applying dead-end solutions to recurring problems in your company, this two-day workshop should help you reconstruct your efforts and learn new ways to approach problem-solving, and develop practical ways to solve some of your most pressing problems and reach win-win decisions.

Production/Manufacturing Engineer Program Production/Manufacturing engineers are responsible for managing large-scale production operations within their facility. This position requires a broad knowledge of machine tool operations and manufacturing processes, workpiece material properties, tool maintenance, workholding setups and OSHA safety regulations. Production/Manufacturing engineers also benefit from learning about lean initiatives, cell design and process improvement methods.

Prospecting for Leads Like a Pro Prospecting is the key to your sales success. Your success today is a result of the prospecting you did six months ago. In this one-day workshop, you will become skilled at networking and learn the 80/20 rule. After the workshop, you will know who to target and how to target them, and remember to do some prospecting every day through warming up cold calls, following up on leads, or networking. You will also build your personal prospecting plan to ensure your future by planting seeds daily.

Public Speaking: Presentation Survival School A great presenter has two unique qualities, appropriate skills and personal confidence. This confidence comes from knowing what you want to say, and being comfortable with your communication skills. In this two-day workshop, you will master the skills that will make you a better speaker and presenter.

Selling Smarter It’s no secret that selling has changed in recent years. This is an exciting and dynamic profession, yet it is one of the most underrated and misunderstood. Broadly defined, today’s top salespeople are in the business of identifying needs and persuading potential customers to respond favorably to an idea that will result in mutual satisfaction for both the buyer and the seller. This one-day workshop will help you develop those skills, enabling you to sell smarter.

Skills for the Administrative Assistant While we don’t have to like the people we work with, or report to, at the very least we should be able to interact positively with them. The biggest influence on job satisfaction is our relationship with others. This two-day workshop will help you maximize your potential as a support person.

Stress Management This one-day workshop will explore the harmful long-term effects of stress on our mental and physical health and provide suggestions for managing our individual stresses more effectively. Strategies may include changes in lifestyle, stress management techniques such as relaxation and exercise, and the use of music or humour as coping strategies.

Team Leadership This class teaches the basics of effectively leading a team, including picking team members and resolving conflicts. Includes an Interactive Lab.

The ABC’s of Supervising Others This workshop is for those people who are new supervisors or who are interested in a supervisory position, as well as those who are lead hands or part-time supervisors without a great deal of authority. It is designed to help you overcome many of the supervisory problems you will encounter in your first few weeks as a boss. Dealing with the many problems a new supervisor encounters isn’t easy but it doesn’t have to lead to discouragement.

Quality

5S Overview This class provides an introduction to the 5S quality system and describes techniques for implementing 5S.

Administrative Lean Lean Manufacturing requires a relentless pursuit to drive “non-value-added” activities from the overall system that constitutes the business. Therefore, to be truly effective, lean has to be applied to all processes – non-production as well as production. This eight-hour workshop reviews the eight basic wastes in the context of non-production processes.

Approaches to Maintenance This class provides an introduction to the maintenance profession and describes various approaches to the practice of maintenance.

Approaches to Quality Management This class discusses the concept of total quality, as well as methods of implementing and measuring TQM within a company's structure.

AS9100 Internal Auditor Training This course provides participants with the necessary skills to conduct an effective internal audit. AS9100 recommends the use of a process approach (i.e. plan, do, check, act) when implementing the clauses of the Aerospace Management System Standard. This same methodology and the links between the clauses, including customer contractual requirements, are used in developing audit trails and conducting internal audits that yield the most value to the organization.

AS9100 Review of Requirements This course provides an understanding of the International Aerospace Quality Group (IAQG)-developed AS9100 Quality Management Systems - Requirements for Aviation, Space and Defense Organizations. The purpose of this standard is to ensure that global aviation, space and defense organizations produce safe, reliable products that meet or exceed customer and applicable statutory and regulatory requirements, thereby improving quality and reducing costs throughout the supply chain.

Cell Design and Pull Systems This class will cover the basics of cellular manufacturing, including the characteristics of cells and pull systems. Includes an Interactive Lab.

Conducting an Internal Audit This class describes the steps of the internal auditing process and explains effective approaches for conducting audit interviews.

Conducting Kaizen Events This class describes the sequence of steps for conducting kaizen events and explains common areas for process improvement.

Incident Investigation Training with Root Cause Analysis, Problem-solving and Corrective Action The two-day course will enable organizations to implement effective Incident Investigation programs. Given case studies of incidents having EH&S and quality impacts, students will use interviewing skills and problem-solving tools to identify root cause and propose effective solutions. Tools to be covered include 5 Whys, Is/Is Not Database, Process Flow Diagram, Cause and Effect Diagram, Histogram, Pareto Diagram, Parts Analysis, and Failure Mode and Effects Analysis.

Inspector: Mechanical Program Inspectors are responsible for verifyig the quality of products and ensuring that products meet their specifications. This position demands a strong knowledge of math and blueprint reading, geometric dimensioning and tolerancing, advanced inspection tools such as CMMs and optical comparators, locating principles, and a working knowledge of common manufacturing processes. Inspectors are also likely to be involved in quality initiatives and process control.

Internal Auditor Training for Quality & Environmental Management This course provides participants with the necessary skills to conduct an effective, process- based, internal audit. Both ISO 9001 and ISO 14001 recommend the use of a process approach (i.e., plan, do, check and act) in implementing Quality and Environmental Management System Standards respectively. This same method and the links between the clauses are used in developing audit trails and conducting internal audits that yield the most value to the organization.

Intro to Six Sigma This class covers the basic concepts of Six Sigma, including data analysis, types of variation, common and special causes, the roles of Six Sigma team members, and the DMAIC method.

Intro to Supply Chain Management This class describes the flow of products and information in a supply chain and explains the importance of customer service.

ISO 14001 Environmental Management System Overview This course begins with an overview on the background and development of the ISO 14001 Environmental Management System Standard. Participants then undertake an in-depth review of the requirements of the ISO 14001 Standard, including benefits of implementing an Environmental Management System. Guidance is provided on identifying environmental aspects and impacts and setting objectives and targets.

ISO 14001 Internal Auditor Training This course provides participants with the necessary skills to conduct an effective internal audit. ISO 14001 recommends the use of a process approach (i.e., plan, do, check, act) when implementing the clauses of the Environmental Management System Standard. This same method and the links between the clauses are used in developing audit trails and conducting internal audits that yield the most value to the organization. The course begins by defining auditing and its purpose and objectives.

ISO 9000 Overview This class identifies and describes the key components of the ISO 9000:2000 standard.

ISO 9001 Internal Auditor Training This course provides the necessary skills to conduct an effective internal audit. ISO 9001 recommends the use of a process approach (i.e. plan, do, check, act) when implementing the clauses of the Quality Management System Standard. This same method and the links between the clauses are used in developing audit trails and conducting internal audits that yield the most value to the organization. The course begins by defining auditing and its purpose and objectives.

ISO 9001 Review of Requirements This course provides an understanding of the ISO 9000 series of standards; the process approach for developing, implementing and improving the effectiveness of a quality management system; and the requirements of each sub-clause within ISO 9001: 2008 Quality management systems - Requirements, including documentation requirements and requirements for records. The six- to eight-hour session is conducted in a workshop format with ample time for questions and the sharing of examples and experiences.

ISO/TS 16949 Internal Auditor Training This course provides participants with the necessary skills to conduct effective internal audits. ISO/TS 16949 Quality management systems – particular requirements for the application of ISO 9001 for automotive production and relevant service part organizations recommends the use of a process approach (i.e., plan, do, check, act) when implementing and improving the effectiveness of an automotive quality management system.

Lean Manufacturing & Simulation This one-day seminar covers practices that, when properly implemented, can result in shorter lead time to the customer, increased productivity, less capital tied up in inventory, fewer number of quality rejects, less required floor space and other gains. A simulation that takes participants from traditional batch and queue scheduling to lean flow based on pull is conducted in the afternoon.

Lean Manufacturing Overview This class describes the basic principles of lean manufacturing and compares them to traditional manufacturing approaches. Includes an Interactive Lab.

Managing Practices for Total Quality This class discusses management roles and business categories for TQM, processes used to implement TQM, and methods of measuring TQM results.

Metrics for Lean This class describes the most common metrics used to measure timing, error, and costs and encourage continuous improvement in a lean system. Includes an Interactive Lab.

Process Flow Charting This class covers the purpose and methods of flow charting, including spaghetti diagrams, process maps, and value stream maps.

Quality Overview This class identifies how each department and function of a company plays a role in producing quality products for the customer.

Six Sigma Black Belt The Six Sigma Black Belt course is an extension of the Green Belt course. It can be taken in succession to the Green Belt course, or as a stand-alone course. The course is open to anyone who has current Six Sigma experience, or has a good background in statistics and experience in modern Quality Assurance methods. This course averages twenty days (ten days for those who have achieved Green Belt certification).

Six Sigma Champion The Six Sigma Champion is the key role to success in process development and the acceptance of culture change necessary for a winning solution. Proper project identification and selection are critical to achieving Six Sigma. RCBI’s Champion course focuses on teaching deployment leaders how to identify potential projects, select the ones with the best potential for success, foresee potential project obstacles and set realistic expectations that ultimately drive financial results.

Six Sigma Goals and Tools This class covers the Six Sigma DMAIC process improvement method and its primary goals, including the most common sub-steps and frequently used tools.

Six Sigma Green Belt Six Sigma Green Belts are the first layer of practitioners in an organization’s Six Sigma initiative. Green Belts are trained to utilize fundamental Six Sigma tools to improve processes within their functional areas of the organization. This focus allows the Green Belt to work on small, carefully defined Six Sigma projects, requiring less than a Black Belt’s fulltime commitment to Six Sigma throughout the organization.

Six Sigma Overview Six Sigma is a systematic and fact-driven methodology used to eliminate process deficiencies and variation thereby reducing cost and increasing profit. The technique is a measure of performance that strives for near perfection in all processes. This half-day overview is focused on the DMAIC (Define, Measure, Analyze, Improve and Control) process and team skills that can significantly improve an organization’s performance. This course is intended for senior management considering deployment.

SPC Overview This class describes the main concepts of statistical process control and explains how to recognize processes that are affected by special causes. Includes an Interactive Lab.

Strategies for Setup Reduction This class covers different strategies for reducing setup times, including ideas for streamlining operations and tactics for pre-staging processes. Includes an Interactive Lab.

Total Productive Maintenance Overview This class describes the elements of Total Productive Maintenance (TPM) and explains how it helps reduce losses and waste.

Troubleshooting: Identifying Problems This class provides an introduction to the troubleshooting process and describes basic steps for identifying problems.

Troubleshooting: Taking Corrective Actions This class discusses ways to identify, implement, and document effective solutions in the troubleshooting process.

Troubleshooting: Understanding Causes and Effects This class provides an introduction to the process of determining problem causes and effects.

TS 16949:2002 Overview This class compares ISO 9001:2000 and TS 16949:2002 and explains how their differences affect the standard operating procedures in a quality management system.

Understanding ISO 50001 for Improved Energy Management This is a one-day introduction to ISO 50001: 2011, Energy management systems – Requirements with guidance for use. This new Standard provides a familiar framework for managing strategies to increase energy efficiency, reduce costs and improve energy performance. ISO 50001 can be implemented in any organization, regardless of size or activities. In addition, it can be easily integrated with Quality (ISO 9001) and Environmental (ISO 14001) Systems.

Understanding ISO/TS 16949 This one-day workshop will provide participants with a solid understanding of the requirements of ISO/TS 16949, Quality management systems – particular requirements for the application of ISO 9001 for automotive production and relevant service part organizations. In line with ISO 9001, the Technical Specification promotes a process approach for the design and development, production, installation and service of automotive products.

Value Stream Mapping: The Future State This class introduces strategies commonly used to create a future state value stream map based on findings from a present state value stream map.

Value Stream Mapping: The Present State This class introduces the elements used to create a value stream map and covers how to create a value stream map of the present state.

Rigging

Intro to Machine Rigging 110 This class covers basic rigging equipment, calculating loads, inspecting equipment, and following safety precautions.

Lifting and Moving Equipment 130 This class covers the different kinds of lifting devices, moving equipment, and scaffolds used in rigging.

Rigging Equipment 120 This class covers the different kinds of equipment used in rigging, the properties of rope and chains, basic knots, hitches, and sling configurations, and fittings and end attachments.

Rigging Inspection and Safety 210 This class covers basic inspection and safety procedures for rigging equipment and lifting devices.

Rigging Mechanics 220 This class covers the mechanical laws involved in rigging, as well as essential practices for calculating the weight of a load and determining its center of gravity.

Robotics

Applications for Robots This class covers the most common applications of industrial robots.

Concepts of Robot Programming This class covers the fundamental concepts required for programming industrial robots.

End Effectors This class describes the various types of end effectors and their uses. It also explains the issue of compliance and describes how to maintain end effectors.

Industrial Network Integration This class describes common ways networks are used for manufacturing. It also describes practical network concerns and indentifies some of the technology used to make industrial networks function correctly.

Intro to Robotics This class covers the classifications, characteristics, and functions of industrial robots as well as basic safety precautions for working with robots.

Robot Axes This class will describe the most common robot axes. It will explain how to understand these axes, and how they are used to control robot movement.

Robot Components This class covers the functions and characteristics of the different components of an industrial robot.

Robot Installations This class covers the basic steps for installing and maintaining an industrial robot.

Robot Maintenance This class will teach you about the importance of maintenance, as well as the various approaches and methods used by maintenance workers today to keep industrial robots performing optimally.

Robot Safety This class covers different methods of protecting workers from industrial robot accidents.

Robot Sensors This class describes the various types of sensors that provide feedback data to robots. It also explains the categories of sensors and shows how sensors are used in industrial robotics.

Robot Troubleshooting In this class, you will be introduced to the troubleshooting process and will learn how to identify problems and their causes. It will also go through some problems specific to robots and identify common causes and solutions.

Robotic Control Systems In this class, you will learn about the basic types of control systems. You will also learn about the effects of PID control in closed-loop control systems and how to tune your system in order to achieve the desired performance.

Robotic Drives, Hardware and Components This class describes the physical components of industrial robots. It also describes how these devices move and cause motion to perform work.

Vision Systems This class describes how vision systems work and how they are used for industry. It also describes concerns with mounting cameras and lighting.

Safety

Bloodborne Pathogens This class addresses how bloodborne pathogens are transmitted and includes information on preventive measures and procedures for exposure in the manufacturing workplace.

Confined Spaces This class covers different types of confined spaces and the hazards they present, the roles and responsibilities of employers and employees, and proper work practices and safety precautions for confined spaces.

Environmental Safety Hazards This class explains the different types and levels of environmental hazards in the workplace and how employees may be exposed to these hazards. Includes an Interactive Lab.

Fire Safety and Prevention This class addresses OSHA fire safety and prevention measures and describes emergency action plans, fire prevention plans, fire detectors and alarms, and fire extinguishing equipment. Includes an Interactive Lab.

Flammable/Combustible Liquids 155 This class describes the hazards associated with flammable and combustible liquids and explains proper methods for safe storage, handling, and transferring of these liquids.

Forklift Training Powered industrial trucks are the cause of thousands of injuries and nearly 100 deaths per year. In response, OSHA developed the Powered Industrial Truck Standard 29 CFR 1910.178 for general industry. The standard requires employers to train operators concerning operation instructions, features of specific forklifts, safety concerns and workplace conditions. Employees may only operate the classification of truck that they have been trained to operate.

Hand and Power Tool Safety This class covers general safety guidelines for using hand and power tools as regulated by OSHA.

Intro to OSHA This class covers the goals and purposes of the Occupational Safety and Health Administration, including its standards, programs, and interactions with employers and employees.

Lockout/Tagout Procedures This class covers lockout/tagout requirements and procedures and includes an explanation of employees' roles during lockout/tagout. Includes an Interactive Lab.

Machine Guarding This class covers basic machine guarding practices and devices and includes information on hazardous machine components, motions, and actions.

Machine Shop Safety In this study unit, trainees will gain a better understanding of the work practices necessary to operate industrial machinery safely. It is the employee’s responsibility to work safely at all times, especially when using power driven machinery. Awareness and sound practice of the safety procedures offer the best defense against workplace injuries Students will learn the skills needed to become a productive and safe industrial machine operator.

Metalworking Fluid Safety This class explains the health and safety risks inherent to working with metalworking fluids and also describes safe practices that help to reduce metalworking fluid exposure.

MSDS and Hazard Communication This class covers different types of chemical hazards, standards for hazardous chemicals, and how information about chemical hazards reaches the employee, including through Material Safety Data Sheets (MSDS). Includes an Interactive Lab.

Noise Reduction and Hearing Conservation This class explains the causes of hearing damage and describes how to avoid exposure to excessive noise.

Personal Protective Equipment This class addresses personal protective equipment(PPE)requirements from OSHA and includes information about hazard assessments, PPE selection, and standards that govern PPE. Includes an Interactive Lab.

Powered Industrial Truck Safety This class covers different types of powered industrial trucks, such as forklifts, and includes guidelines for use, training requirements, and stability principles.

Respiratory Safety This class covers the most common types of respirators and includes information about fit testing, medical evaluation, and training for employees.

Safety for Lifting Devices This class addresses lifting device and equipment safety requirements from OSHA and surveys lifting devices and equipment commonly used for material handling, inspections, and testing.

Walking and Working Surfaces This class covers the requirements necessary to ensure the safety of typical walking and working surfaces such as platforms, stairs, ladders, and scaffolds.

Shop Essentials

Assembler Program Assemblers are responsible for joining seperate components into finished goods ranging from small, detailed products to heavy equipment. This position demands an understanding of mechanical fasteners and torque, methods for inspecting finished parts, basic welding principles, and blueprint reading skills. Assemblers often work in teams and benefit from learning quality methods such as lean systems and cell design.

Basic Blueprint Reading This course covers topics including basic principles of multi-view projection, dimensioning, section views, and metric systems. All topics include hands-on exercises.

Basics of Tolerance This class explains the purpose of tolerances in manufacturing and describes how these tolerances are specified. Includes an Interactive Lab.

Blueprint Reading This class identifies the information communicated on a blueprint with emphasis on interpreting the part drawing. Includes an Interactive Lab.

Concepts of Calculus This class covers the basic concepts of calculus.

Geometry: Circles and Polygons This class explains basic circle and polygon geometry and how their features are used to find dimensions in sample shop drawings.

Geometry: Lines and Angles This class describes the properties of lines and angles and demonstrates how they are used to solve sample part drawings.

Geometry: Triangles This class describes the properties of the various types of triangles and demonstrates how they are used to solve sample part drawings.

Interpreting Blueprints This class provides an overview of common features found in prints and describes how to properly inspect them. Includes an Interactive Lab.

Math: Fractions and Decimals This class explains how to add, subtract, multiply, and divide fractions and decimals, as well as how to convert these numbers to percentages.

Math: Fundamentals This class explains how to add, subtract, multiply, and divide to solve a problem following the correct order of operations.

Math: Units of Measurement This class addresses common units of measurement used in manufacturing and explains how to convert from one unit of measurement to another.

Precision Measurement Students learn to identify, select and use measuring instruments in machining. In addition they will be introduced to the metric system of measurement.

Shop Algebra Overview This class explains basic principles of algebra and demonstrates how to solve equations containing multiple operations.

Shop Geometry Overview This class presents a general overview and refresher for the the most common rules of geometry.

Shop Trig Overview This class presents a general overview and refresher for the rules of trigonometry.

Statistics This class covers the main concepts of statistics and relates these concepts to shop situations.

Trig: Pythagorean Theorem This class introduces the Pythagorean theorem and explains how to apply this rule to find unknown information in sample part drawings.

Trig: Sine Bar Applications This class explains how to use the sine bar for machining and inspection purposes and explains step-by-step examples for using trig ratios and the sine bar to find missing information.

Trig: Sine, Cosine, and Tangent This class explains how to use sine, cosine, and tangent to find information about the sides and angles of right triangles in sample shop prints.

Soldering

Lead-Free Soldering This class covers the specific characteristics, flux requirements, and thermal profile of lead-free solders, as well as the proper techniques to apply when using these new solder materials. Includes an Interactive Lab.

RCBI IPC 7711 Rework Training – Operator (CIS) IPCs Rework training and Certification Program using the IPC-7711 document is the first formal training program from IPC specifically designed for component rework at the operator level. IPC-7711 Rework Operator Certification students receive IPC certification for the modules relating to the IPC-7711. This course utilizes lecture and practical application to teach the rework criteria of the IPC-7711 document.

RCBI IPC 7721 PCB Board Level Repair Training – Operator (CIS) IPCs Board Level Repair training and Certification Program using the IPC-7721 document is the first formal training program from IPC specifically designed for board repair and modification at the operator level. IPC-7721 Rework Operator Certification students receive IPC certification for the modules relating to the IPC-7721. This course utilizes lecture and practical application to teach the board repair and modification criteria of the IPC-7721 document.

RCBI IPC WHMA-A-620 CIS Training for Operators The IPC/WHMA-A-620 Operator/Inspector Training is designed to improve individual discrimination skills; that is, to improve accuracy of discriminating between an acceptable or not acceptable cable or wire harness assembly per the IPC/WHMA-A-620 document. This program will also teach individuals accept/reject criteria to enhance their ability to consistently and correctly apply the discrimination criteria.

RCBI IPCA-610 CIS Certification for Operators The IPC-A-610E, Acceptability of Electronic Assemblies is the most widely used specification published by the IPC for the electronics manufacturing industry. Worker Proficiency students will be evaluated on their mastery of the IPC-A-610E material through end-of-course tests that have both open-book and closed-book components.

RCBI J-STD CIS Training The J-STD-001 Requirements for Soldered Electrical and Electronic Assemblies has become the authority for electronics assembly manufacturing. IPCs J-STD-001 Operator Proficiency Series is a comprehensive, knowledge based series of modules that certify students to the methods and procedures presented in the J-STD-001 document. Designed for operators, the program assists workers interpret the J-STD-001 specification through lecture, demonstration and labs.

RCBI J-STD-001 CIS Training The J-STD-001 Requirements for Soldered Electrical and Electronic Assemblies has become the authority for electronics assembly manufacturing. IPCs J-STD-001 Operator Proficiency Series is a comprehensive, knowledge based series of modules that certify students to the methods and procedures presented in the J-STD-001 document. Designed for operators, the program assists workers interpret the J-STD-001 specification through lecture, demonstration and labs.

RCBI Mixed Technology Rework Training - Tin-Lead This comprehensive course encompasses the skills necessary to perform rework of electronic printed circuit boards to include both through hole and surface mount technologies. During this course, the student will be introduced to the concept of electrostatic discharge and control methods, component identification, workmanship standards and hands-on soldering and Desoldering techniques utilizing state of the art materials and tools.

Safety for Soldering This class describes common safety hazards and precautions for soldering applications. Includes an Interactive Lab.

Solder and Flux Selection This class describes various types of solder and flux and discusses how to select them for particular applications.

Soldering Applications This class describes essential skills for proper hand soldering and also explains how to inspect a finished joint and rework or repair a bad joint. Includes an Interactive Lab.

Soldering Equipment This class provides an introduction to basic soldering equipment selection, including safety equipment.

Soldering PCBs This class covers how to create and repair printed circuit assemblies by soldering and desoldering various types of electronic components on printed circuit boards (PCBs).

What Is Soldering? This class provides an overview of the basic tools and components used for soldering, briefly explores the importance of soldering to the electronics industry, and covers basic procedures for soldering preparation, safety, and cleanup.

Stamping

Coil Handling Equipment 140 This class describes the equipment used in a coil-fed press line and explains general coil line arrangements.

Coil Loading Procedures 250 This class explains how to properly handle and load coil onto the uncoiler, as well as describes how to thread the straightener and feed coil stock into the die area.

Die Components 130 This class introduces dies, their main components and function within a press.

Die Cutting Variables 200 This class describes the steps that take place during a cutting operation and shows how clearance impacts the cutting process. Includes an Interactive Lab.

Die Setting Procedures 300 This class describes how to change a die and explains proper setup procedures for die setting.

Guiding System Components 230 This class describes common guiding system components used in die sets, as well as their advantages and disadvantages.

Monitoring Press Operations 220 This class describes how to use the basic controls on a typical press and explains how a press operator monitors the press operation. Includes an Interactive Lab.

Press Basics 110 This class introduces common stamping presses, as well as their main components and functions.

Press Operator Program Press operators are responsible for the routine production work of a coil-fed stamping press. This position requires knowledge of stamping operations and die components, inspection methods, math and blueprint reading as well as material properties. Press operators also benefit from learning die setting procedures and lean initiatives.

Punch and Die Operations 120 This class introduces the common sheet metal operations performed with the help of dies and presses. Includes an Interactive Lab.

Stamping Safety 115 This class describes general safety practices that all people in the shop must observe during a press operation. Includes an Interactive Lab.

Stripper System Components 235 The class describes the major types of strippers and springs used in die sets, as well as their advantages and disadvantages.

Welding

Arc Welder Program Arc welders are responsible for joining metal parts by melting the joint with heat generated by an electrical current. This position demands an understanding of electrical conductivity and circuits, arc welding equipment and processes, properties of metals, and blueprint reading. Arc welders often work indoors and outdoors in a variey of settings and must know proper safety practices.

Arc Welding Aluminum Alloys This class describes the welding characteristics of aluminum and explains how its properties affect each variable in the welding process.

Arc Welding Power Sources This class describes different types of arc welding power sources and explains how each power source produces welding power.

Arc Welding Processes This class describes the various arc welding processes as well as the particular advantages and disadvantages of each process. Includes an Interactive Lab.

Arc Welding Safety This class describes general safety practices that all welders must follow during arc welding procedures. Includes an Interactive Lab.

Arc Welding Symbols and Codes This class describes welding symbols and how to read them. It also explains the importance of welding codes and the procedures involved for a welding application.

Basic Metallurgy for Welders The training will focus on general metallurgical principles such as hardness, strength, the effect of alloying, characteristics of hot and cold working and the effect of heat treatment that relate to the problems of weld imperfections and their causes and prevention.

Electrical Power for Arc Welding This class describes electrical variables, the path of electricity, and the effect of electricity on the arc welding process.

Electrode Selection This class describes electrode characteristics for the four major arc welding processes and explains how to select the appropriate electrode for a specific welding application.

FCAW Applications This class describes the FCAW process and the variables that affect electrode selection, shielding gas selection, and electrode orientation. Includes an Interactive Lab.

Ferrous Metals for Welding This class provides an overview of the properties of common ferrous metals used for arc welding.

GMAW Applications This class describes the GMAW process and the variables that affect shielding gas selection, electrode selection, metal transfer methods, and electrode orientation. Includes an Interactive Lab.

GTAW Applications This class describes the GTAW process and the variables that affect welding current, electrode selection, electrode preparation, and arc-starting methods. Includes an Interactive Lab.

Intro to Submerged Arc Welding This class describes the submerged arc welding process as well as its advantages and limitations.

Nonferrous Metals for Welding This class provides an overview of the properties of common nonferrous metals used for arc welding.

Overview of Weld Types This class describes the various joint and weld types, welding positions, and possible weld defects that can occur on a welded joint. Includes an Interactive Lab.

Oxyfuel Welding Applications This class describes the procedures for use and maintenance of an oxyfuel welding outfit.

Oxyfuel Welding Safety This class covers the basic safety procedures for handling oxyfuel welding equipment, including personal protective equipment, ventilation, and fire safety.

Plasma Cutting This class describes plasma cutting equipment and the basic procedures for plasma cutting, gouging, and piercing.

SAW Applications This class describes SAW and how to make a submerged arc weld.

SMAW Applications This class describes the SMAW process and the variables that affect electrode selection, electrical variables, and methods for starting and extinguishing the arc. Includes an Interactive Lab.

Stick Pipe Welding This course will instruct students in welding safety with the Shield Metal Arc Welding process (SMAW-Stick), proper techniques and electrode selection for welding pipe to meet ASME (vertical-up) welding code. Students will weld using E6010 and E7018.

Visual Inspection of Welds This class will teach you about the visual inspection of welds, the equipment used during a visual inspection, proper inspection procedure, and common discontinuities in the surface of a weld.

What Is Arc Welding? This class introduces the advantages of arc welding as a joining process and explains the fundamentals of arc welding.

What Is Oxyfuel Welding? This class describes the basic concepts of oxyfuel welding, including what equipment and gases are needed to weld. Also, it describes the various other processes that an oxyfuel torch may be used for.

Workholding

Chucks, Collets, and Vises This class identifies the standard workholding devices used for both the mill and the lathe.

Clamping Basics This class covers the most common types of clamping components and explains their relative advantages and applications.

Drill Bushing Selection This class will identify the major groups of bushings and their appropriate use.

Fixture Body Construction This class discusses common tool body forms and the material and cost considerations associated with their construction.

Fixture Design Basics This class identifies the major factors to consider when beginning the design of a customized fixture. Includes an Interactive Lab.

Intro to Workholding This class introduces the role of a workholding device during the manufacturing process and identifies common groups of these devices.

Locating Devices This class identifies the most common types of locating components used in custom workholding devices and fixtures.

Supporting and Locating Principles This class describes the fundamental theory to properly supporting, locating, and clamping a workpiece. Includes an Interactive Lab.