MANUFACTURING TRAINING CATALOG
All Areas
FOUNDATIONAL
General Safety
- Intro to OSHA – 101
- Ergonomics – 102
- Personal Protective 111
- Noise Reduction & Hearing Conservation – 121
- Respiratory Safety – 131
- CDC Workplace Infection Safety & Prevention – 135
- Lockout/Tagout Procedures – 141
- SDS & Hazard Communication – 151
- OSHA Hazard Communication Labels Overview – 152
- Bloodborne Pathogens – 161
- Walking & Working Surfaces – 171
- Fire & Safety Prevention – 181
- Flammable/Combustible Liquids – 191
- Hand & Power Tool Safety – 201
- Safety for Lifting Devices – 211
- Powered Industrial Truck Safety – 221
- Confined Spaces – 231
- Environmental Safety Hazards – 241
- Arc Flash Safety – 251
- Fall Protection – 261
- Machine Guarding – 271
Department Safety
- Press Brake – 100
- welding Safety Essentials – 101
- Safety for Metal Cutting – 202
- Oxyfuel Welding Safety – 105
- Safety for Electrical Work – 111
- Safety for Mechanical Work – 111
- PPE for Welding – 111
- Safety for Composite Processing – 115
- Safety for Soldering – 115
- Stamping Safety – 115
- Additive Manufacturing Safety – 121
- Welding Fumes & Glass Safety – 121
- Electrical Safety for Welding – 131
- Workplace Infection Safety & Prevention – 135
- OSHA Hazard Communication Overview – 152
- Rigging Inspection & Safety – 210
- Robot Safety – 211
- Safety for Assembly 211
- Safety for Hydraulics & Pneumatics – 211
- Grinding Safety – 211
- Metal Cutting Fluid Safety – 231
- Mazak Mill: Safety for the Mill – 260
- Mazak Lathe: Safety for the Lathe – 265
Applied Mathematics
- Math Fundamentals – 101
- Applied & Engineering Sciences – 110
- Math: Fractions & Decimals – 111
- Units of Measurement – 112
- Manufacturing Process Applications: Part I – 124
- Manufacturing Process Applications: Part II – 125
- Algebra Fundamentals – 141
- Geometry: Lines & Angles – 151
- Geometry: Triangles – 161
- Shop Geometry Overview – 170
- Geometry: Circles & Polygons – 171
- Trigonometry: The Pythagorean Theorem – 201
- Shop Trig Overview – 210
- Trigonometry: Sine, Cosine, Tangent – 211
- Trigonometry: Sine Bar Applications – 221
- Interpreting Blueprints – 230
- Statistics – 231
- Concepts of Calculus – 310
Workforce Essentials
- Manufacturing – 101
- Careers in Manufacturing – 102
Materials
- Introduction to Physical Properties – 101
- Introduction to Mechanical Properties – 111
- Introduction to Metals – 121
- Introduction to Plastics – 131
- Metal Manufacturing – 140
- Introduction to Ceramics – 141
- Introduction to Composites – 151
- Polymer Processes – 152
- Certification of Steel – 201
- Essentials of Heat Treatment of Steel – 211
- Hardness Testing – 221
- Ferrous Metals – 231
- Nonferrous Metals – 241
- Thermoplastics – 251
- Principles of Injection Molding – 255
- Thermosets – 261
- Principles of Thermoforming – 265
- Exotic Alloys – 301
Blueprint Reading
- Welding Symbols & Codes – 231
- Prints for Metal Cutting Operations – 241
- Electrical Print Reading – 261
- Symbols & Diagrams for Motors
- Hydraulic Schematics & Basic Circuit Design – 342
- Pneumatic Schematics & Basic Circuit Design – 352
Inspection
- Basic Measurement – 101
- Calibration Fundamentals – 111
- Basics of Tolerance – 121
- Blueprint Reading – 131
- Hole Standards & Inspection – 141
- Thread Standards – 151
- Surface Texture & Inspection – 201
- Nondestructive Testing – 211
- Interpreting Prints – 231
- Measuring System Analysis – 300
- Introduction to GD&T – 310
- Major Rules of GD&T – 311
- GD&T Applications – 312
- Inspecting a Prismatic Part – 321
- Inspecting a Cylindrical Part – 331
- Advance Hole Inspection – 341
- Inspecting with Optical Comparators – 351
- Inspecting with CMMs – 361
- Introduction to CMM Arms – 362
- Introduction to Laser Trackers – 365
- Calibration & Documentation – 371
- Structural Light 3D Scanners – 375
- 3D Laser Scanners – 376
- In-Line Inspection Applications – 381
Lean
- Lean Manufacturing Overview – 101
- Continuous Process Improvement: Managing Flow – 124
- Continuous Process Improvement: Identifying & Eliminating Waste – 125
- Developing a Lean Culture – 135
- Total Productive Maintenance – 141
- 5S Overview – 151
- Cell Design & Pull Systems – 161
- Intro to Six Sigma – 171
- Troubleshooting – 181
- Conducting Kaizen Events – 191
- SPC Overview – 211
- Metrics for Lean – 231
- Process Flow Charting – 241
- Strategies for Setup Reduction – 251
- Total Quality Management Overview – 261
- Management Tools: Problem Solving – 270
- Management Tools: Product & Process Design – 275
- Value Stream Mapping: The Current State – 301
- Six Sigma Goals & Tools – 310
- Value Stream Mapping: The Future State – 311
- Maintaining a Consistent Lean Culture – 330
- Transforming Lean into Business Results – 340
- Measuring Lean Systems – 350
Quality
- Quality Overview – 111
- ISO 9001: 2015 Review – 122
- Approaches to Maintenance – 131
- Process Design & Development – 133
- Product Design & Development – 134
- Production System Design & Development – 136
- Equipment/Tool Design & Development – 137
- Intro to Supply Chain Management – 140
- Quality & Customer Service – 175
- Conducting an Internal Audit – 201
- IAFT 16949: 2016 Overview – 222
FLEXIBLE AND CONVENIENT
Online classes are self-paced, typically taking 60 minutes to complete. On average, employees can progress through a job role in one year with as little as 4 hours a month spent online
TURNKEY TRAINING OFFERS
- Predefined curriculum for each job role
- Engaging and interactive online classes
- Supplemental videos and a reinforcement task for each class
- Pre- or post-training knowledge assessments
- Access to our Learning Management System (LMS)
- Guidance from our Client Success team, including advice, insights, and ideas built on best practices and years of experience
MACHINING
Abrasives
- Introduction to Abrasives – 101
- Grinding Process – 201
- Grinding Safety – 211
- Basic Grinding Theory – 221
- Basics of the Surface Grinder – 231
- Basics of the Cylindrical Grinder – 232
- Basics of the Centerless Grinder – 233
- Setup for the Surface Grinder – 241
- Setup for the Cylindrical Grinder – 242
- Setup for the Centerless Grinder – 243
- Surface Grinder Operation – 251
- Cylindrical Grinder Operation – 252
- Centerless Grinder Operation – 253
- Introduction to Grinding Fluids – 261
- Abrasive Finishing Processes – 271
- Grinding Variables – 301
- Grinding Ferrous Metals – 311
- Grinding Nonferrous Materials – 321
- Grinding Wheel Materials – 331
- Dressing & Truing – 341
- Grinding Wheel Selection – 351
- Grinding Wheel Geometry – 361
CNC
- Introduction to CNC Machines – 201
- History & Definition of CNC – 202
- Basics of the CNC Lathe – 211
- Basics of the CNC Mill – 212
- Basics of the CNC Swiss-Type Lathe – 215
- Introduction to Multi-Axis CNC Machines – 217
- Multi-Axis CNC Operation – 218
- CNC Specs for the Mill – 220
- Coordinates for the CNC Lathe – 221
- Coordinates for the CNC Mill – 222
- CNC Specs for the Lathe – 225
- Basics of G Code Programming – 231
- Introduction to CAD & CAM for Machining – 241
- Control Panel Functions for the CNC Lathe – 251
- Control Panel Functions for the CNC Mill – 252
- Offsets on the CNC Lathe – 261
- Offsets on the CNC Mill – 262
- Creating a CNC Turning Program – 301
- Creating a CNC Milling Program – 302
- Calculations for Programming the Lathe – 311
- Calculations for Programming the Mill – 312
- Canned Cycles for the Lathe – 321
- Canned Cycles for the Mill – 322
CNC Controls: Fanuc
- Fanuc Mill: Control Panel Overview – 250
- Fanuc Lathe: Control Panel Overview – 255
- Fanuc Mill: Entering Offsets – 260
- Fanuc Lathe: Entering Offsets – 265
- Fanuc Mill: Locating Program Zero – 270
- Fanuc Lathe: Locating Program Zero – 275
- Fanuc Mill: Program Execution – 280
- Fanuc Lathe: Program Execution – 285
- Fanuc Mill: Program Storage – 311
- Fanuc Lathe: Program Storage – 315
- Fanuc Mill: First Part Runs – 320
- Fanuc Lathe: First Part Runs – 325
CNC Controls: Haas
- Hass NGC: Next Generation Control Panel Overview – 101
- Haas Next Generation & Classic Controls – 111
- Hass NGC: Entering Mill Offsets – 201
- Haas NGC: Entering Lathe Offsets – 202
- Haas NGC: Locating Program Zero on the Mill – 211
- Haas NGC: Locating Program Zero on the Lathe – 212
- Haas Mill Classic Control: Panel Overview – 250
- Haas Lathe Classic Control: Panel Overview – 256
- Haas Mill Classic Controls: Entering Offsets – 260
- Haas Lathe Classic Controls: Entering Offsets – 265
- Haas Mill Classic Controls: Locating Program Zero – 270
- Haas Lathe Classic Controls: Locating Program Zero – 275
- Haas Mill Classic Controls: Program Execution – 280
- Haas Lathe Classic Controls: Program Execution – 285
- Haas Mill Classic Controls: Program Storage – 310
- Haas Lathe Classic Controls: Program Storage – 315
- Hass NGC: First Part Runs 317
- Haas Mill Classic Controls: First Part Runs – 320
- Haas Lathe Classic Controls: First Part Runs – 325
CNC Controls: Mazak
- Mazak Mill: Control Panel Overview – 250
- Mazak Lathe – 255
- Mazak Mill: Safety – 260
- Mazak Lathe: Safety for the Lathe – 265
- Mazak Mill: Locating Program Zero – 270
- Mazak Lathe: Locating Program Zero – 275
- Mazak Mill: Entering Offsets – 280
- Mazak Lathe: Entering Offsets – 285
- Creating an EIA/ISO Program for the Mazak Mill – 286
- Creating an EIA/ISO Program for the Mazak Lathe – 287
- Creating a Mazatrol Program for the Mill – 288
- Creating a Mazatrol Program for the Lathe – 289
- Mazak Mill: Program Execution – 290
- Mazak Lathe: Program Execution – 295
- Mazak Mill: Program Storage – 310
- Mazak Lathe: Program Storage – 315
- Mazak Mill: First Part Runs – 320
- Mazak Lathe: First Part Runs – 325
Manual Machining
- Manual Mill Basics – 201
- Engine Lathe Basics – 211
- Manual Mill Setup – 221
- Engine Lathe Setup – 231
- Benchwork & Layout Operations – 241
- Manual Mill Operation – 251
- Engine Lathe Operation – 261
- Holemaking on the Manual Mill – 271
- Threading on the Engine Lathe – 301
- Taper Turning on the Engine Lathe – 311
Metal Cutting
- Introduction to EDM – 100
- Safety for Metal Cutting – 101
- Cutting Processes – 111
- Overview of Machine Tools – 121
- Intro to Screw Machining – 160
- Basic Cutting Theory – 201
- Band Saw Operation – 211
- Introduction to Metal Cutting Fluids – 221
- Metal Cutting Fluid Safety – 231
- Prints for Metal Cutting Operations – 241
- Overview of Deburring Processes – 251
- Toolholders for Turning – 260
- Laser Cutting – 261
- Speed & Feed for the for the Lathe – 301
- High-Speed Machining – 310
- Speed & Feed for the Mill – 311
- Hard Turning – 315
- Cutting Tool Materials – 321
- Machining Titanium Alloys – 325
- Carbide Grade Selection – 331
- ANSI Insert Selection – 341
- Advance Tool Materials – 345
- Lathe & Tool Geometry – 351
- Mill Tool Geometry – 361
- Drill Tool Geometry – 371
- Optimizing Tool Life & Process – 381
- Impact of Workpiece Materials – 391
NIMS
- NIMS Core Skills – 111
- NIMS Core Machining Skills – 121
- NIMS Core Milling Skills – 131
- NIMS Core Turning Skills – 132
- NIMS Core CNC Milling Skills – 141
- NIMS Core CNC Turning Skills – 142
- NIMS Core Advanced Machining Skills – 151
- NIMS Core Measurement & Materials Skills – 121
- NIMS Core Job Planning Skills – 221
- NIMS Core Mill Programming & Setup Skills – 231
- NIMS Core Lathe Programming & Setup Skills – 232
- NIMS Core Drill Press Skills – 241
- NIMS Core Grinding Skills – 251
- NIMS Core Manual Milling Skills – 261
- NIMS Core Manual Turning Skills – 262
Workholding
- Introduction to Workholding – 101
- Supporting & Locating Principles – 111
- Locating Devices – 121
- Clamping Basics – 131
- Chucks, Collets, and Vises – 141
- Fixture Body Construction – 200
- Fixture Design Basics – 201
- Drill Bushing Selection – 230
MAINTENANCE
Electrical Systems
- Electrical Units – 101
- Safety for Electrical Work – 111
- Introduction to Circuits, – 201
- Introduction to Magnetism – 211
- DC Circuit Components – 221
- NEC(R) Overview – 231
- AC Fundamentals – 241
- Electrical Instruments – 251
- Electrical Print Reading – 261
- DC Power Sources – 271
- AC Power Sources – 281
- Conductor Selection – 291
- Series Circuit Calculations – 301
- Parallel Circuit Calculation – 311
- Battery Selection – 321
Hydraulics & Pneumatics
- Introduction to Fluid Systems – 101
- The Forces of Fluid Power – 201
- Safety for Hydraulics & Pneumatics – 211
- Introduction to Hydraulic Components – 221
- Introduction to Pneumatic Components – 231
- Introduction to Fluid Conductors – 241
- Fittings & Fluid Systems – 251
- Preventive Maintenance for Fluid Systems – 261
- Hydraulic Power Variables – 301
- Hydraulic Power Sources – 302
- Pneumatic Power Variables – 311
- Pneumatic Power Sources – 312
- Hydraulic Control Valves – 341
- Hydraulic Schematics & Basic Circuit Design – 342
- Pneumatic Control Valves – 351
- Pneumatic Schematics & Basic Circuit Design – 352
- Actuator Applications – 361
- Hydraulic Fluid Selection – 371
- Contamination & Filter Selection – 381
- Hydraulic Principles & System Design – 391
Mechanical Systems
- Introduction to Mechanical Systems – 101
- Safety to Mechanical Work – 111
- Forces of Machines – 121
- Power Transmission Components – 201
- Mechanical Power Variables – 202
- Lubricant Fundamentals – 211
- Bearing Applications – 221
- Spring Applications – 231
- Belt Drive Applications – 241
- Gear Applications – 251
- Gear Geometry – 261
- Clutch & Brake Applications – 271
Rigging
- Introduction to Machine Rigging – 110
- Rigging Equipment – 120
- Lifting & Moving Equipment – 130
- Rigging Inspection & Safety – 210
- Rigging Mechanics – 220
Motor Controls
- Relays, Contractors, and Motor Starters – 201
- Control Devices – 211
- Distribution Systems – 221
- Limit Switches & Proximity Sensors – 231
- Introduction to Electric Motors – 301
- Symbols & Diagrams for Motors – 311
- Logic & Line Diagrams – 312
- DC Motor Applications – 321
- AC Motor Applications – 322
- Specs for Servomotors – 330
- Solenoids – 331
- Timers & Counters – 340
- Reversing Motor Circuits – 341
- Motor Drive Systems & Maintenance – 347
- Electrical Maintenance for Motor Drive Systems – 348
- Mechanical Maintenance for Motor Drive Systems – 349
- Electronic Semiconductor Devices – 350
- Photonic Semiconductor Devices – 355
- Photoelectric & Ultrasonic Devices – 365
- Reduced Voltage Starting – 370
- Solid-State Relays & Starters – 375
- Deceleration Methods – 380
- Acceleration Methods – 385
PLCs
- Introduction to PLCs – 201
- Hardware for PLCs – 211
- Basics of Ladder Logic – 221
- Numbering Systems & Codes – 222
- PLC Inputs & Outputs – 231
- Basic Programming for PLCs – 241
- PLC Counters & Timers – 251
- Networking for PLCs – 261
- Hand-Held Programmers of PLC’s
- PLC Diagrams & Programs – 300
- Overview of PLC Registers – 305
- PLC Program Control Instructions – 310
- Math for PLCs – 320
- Sequencer Instructions for PLCs – 330
- PLC Installation Practices – 340
- PID for PLCs – 350
- Data Manipulation – 360
- Shift Registers – 370
PLCs: Siemens
- Basics of Siemens PLCs – 200
- Siemens PLC Hardware – 210
- Numbers, Codes and Data Types for Siemens PLCs – 220
- Siemens PLC Communication – 230
- Siemens PLC Inputs & Outputs – 240
- Siemens Human Machine Interfaces – 250
- Siemens SIMATIC Modular PLCs – 260
- Siemens PLC Programming Concepts – 270
- Basic Ladder Diagram Programming for Siemens PLCs – 280
- Basic Function Block Diagram Programming for Siemens PLCs – 290
- Ladder Diagram Timers & Counters for Siemens PLCs – 300
- Function Block Diagram Timers & Counters for Siemens PLCs – 310
- Additional Ladder Diagram Instructions for Siemens PLCs – 320
- Additional Function Block Diagram Instructions for Siemens PLCs – 330
- Siemens SIMATIC S7-12000 PLCs – 340
- Siemens SIMATIC S7-1500 PLCs – 350
- Siemens Safety Integrated for Factory Automation – 360
Robotics
- Robot Components – 120
- Applications for Robots – 130
- Automated Systems & Controls – 135
- Robot Axes – 140
- Robot Sensors – 150
- Robot Maintenance – 170
- Introduction to Robotics – 201
- Robot Safety – 211
- Robotic Drives, Hardware, and Components – 220
- End Effectors – 225
- Robot Installations – 230
- Robotic Control Systems – 240
- Industrial Network Integration – 260
- Robot Power & Drive Systems – 265
- Introduction to Collaborative Robots – 275
- Robot Axes and Pathways – 280
- Vision Systems – 320
- Robot Troubleshooting – 331
- Concepts of Robot Programming – 341
WELDING
Welding
- What is Oxyfuel Welding? – 100
- Welding Safety Essentials – 101
- Oxyfuel Welding Safety – 105
- PPP for Welding – 111
- Welding Fumes & Gases Safety
- Electrical Safety for Welding – 131
- Introduction to Welding – 141
- Introduction to Welding Processes – 151
- Introduction to Submerged Arc Welding – 160
- Math Fundamentals for Welding – 161
- Geometry Fundamentals for Welding – 171
- Materials Tests for Welding – 201
- Welding Ferrous Metals – 211
- Welding Nonferrous Metals – 212
- Overview of Weld Types – 221
- Overview of Weld Defects – 222
- Welding Symbols & Codes – 231
- Fabrication Process – 232
- Electrical Power for Arc Welding – 241
- Introduction to GMAW – 251
- Introduction to SMAW – 252
- Introduction to FCAW – 261
- Introduction to GTAW – 262
- Electrode Selection – 270
- Overview of Soldering – 271
- Thermal Cutting Overview – 281
- Oxyfuel Cutting Applications – 282
- Plasma Cutting – 283
- Introduction to Automation – 291
- GMAW Applications – 301
- Advanced GMAW Applications – 302
- Arc Welding Aluminum Alloys – 310
- SMAW Applications – 311
- FCAW Applications – 321
- GTAW Applications – 331
STAMPING/ FORMING/ FABRICATING
Stamping
- Press Basics – 110
- Stamping Safety – 115
- Punch & Die Operations – 120
- Die Components – 130
- Coil Handling Equipment – 140
- Die Cutting Variables – 200
- Monitoring Press Operations – 220
- Guiding System Components – 230
- Stripper System Components – 235
- Coil Loading Procedures – 250
- Die Setting Procedures – 300
- Press Brake Safety – 100
- Press Brake Components – 110
- Bending Fundamentals – 120
- Die Bending Operations – 130
- Operating the Press Brake – 200
- Press Brake Specifications – 220
Press Brake
- Press Brake Safety – 100
- Press Brake Components – 110
- Bending Fundamentals – 120
- Die Bending Operations – 130
- Operating the Press Brake – 200
- Press Brake Specifications – 220
COMPOSITES PROCESSING
Composites
- Safety for Composite Processing – 115
- Overview of Composites – 120
- Traditional Composites – 125
- Advanced Thermoset Resins for Composites – 130
- Advanced Metals for Composites – 135
- Introduction to Lay-up & Spray-up Molding – 140
- Introduction to Compression Molding – 170
- Surface Finishing Composites – 190
- Vacuum Bagging Technique: Single-sided Bagging – 230
- Composite Inspection & Defect Prevention – 240
- Repair Methods for Composites – 250
ASSEMBLY/ FINAL STAGE PROCESSING
Adhesive
- Introduction to Adhesive Bonding – 110
- Basics of the Bonding Process – 120
- Introduction to Adhesive Properties – 130
- Types of Adhesives – 140
- Surface Preparation – 210
- Steps for Adhesive Application – 220
Coatings
- Introduction to Coating Composition – 110
- Surface Preparation – 120
- Processes for Applying Coatings – 140
- Coating Defects – 150
- Troubleshooting Coating Defects – 170
Fasteners
- Introduction to Assembly – 101
- Introduction to Fastener Ergonomics – 130
- Properties for Fasteners – 200
- Safety for Assembly – 211
- Introduction to Fastener Threads – 221
- Overview of Threaded Fasteners – 231
- Tools for Threaded Fasteners – 235
- Overview of Non-Threaded Fasteners – 241
- Understanding Torque – 245
- Threaded Fastener Selection – 255
Soldering
- What is Soldering? – 110
- Safety for Soldering – 115
- Soldering Equipment – 130
- Soldering Applications – 200
- Solder & Flux Selection – 210
- Soldering PCBs – 220
- Lead-Free Soldering – 230
DESIGN FOR MANUFACTURING
Design
- Design for Manufacturing – 201
- Design for Cost – 210
- Materials for Lightweighting – 275
INDUSTRY 4.0
Additive Manufacturing
- Introduction to Additive Manufacturing – 111
- Additive Manufacturing Safety – 121
- The Basic Additive Manufacturing Process – 131
- Additive Manufacturing Methods & Materials – 141
- Introduction to Hybrid Manufacturing – 151
- Rapid Prototyping – 161
- Additive Manufacturing: Prototype to Production – 162
- Design for Additive Manufacturing – 201
- Metrology for Additive Mfg. – 202
- Additive Manufacturing Materials Science – 211
- Integrating Additive Manufacturing with Traditional Manufacturing – 221
- Additive Manufacturing as a Secondary Process – 231
- Nondestructive Testing for Additive Manufacturing – 241
- Reverse Engineering for Additive Mfg. – 242
- The Additive Manufacturing Supply Chain – 251
- Managing the Additive Manufacturing Supply Chain – 252
- Additive Mfg. Qualification – 271
- Design for Material Jetting – 302
- Design for Directed Energy Deposition – 303
- Design for Vat Photopolymerization – 305
- Design for Binder Jetting – 306
- Design for Sheet Lamination – 307
Smart Manufacturing
- Cybersecurity for Manufacturing Basics – 101
- Cybersecurity for Manufacturing – 102
- Introduction to the Industrial Internet of Things – 111
- Data Collection Fundamentals – 121
- Automatic Identification Technology – 141
- Cybersecurity for Manufacturing: Hacking Overview
- Cybersecurity for Manufacturing: Wireless Networks – 202
- Introduction to Digital Networks – 221
- Data Collection: Inventory & Maintenance – 231
- Introduction to Digital Twin – 241
- Introduction to Digital Thread – 242
- Introduction to Digital Enterprise Strategy – 251
- Introduction to Machine Learning & Artificial Intelligence – 301
- Machine Learning & Artificial Intelligence Applications – 302
- Data & Design Management for Digital Enterprises – 311
LEADERSHIP
Supervisor Essentials
- Essentials of Leadership – 110
- Essentials of Communication – 120
- Managing Performance: Best Practices – 130
- Managing Performance: Corrective Actions – 135
- Basics of Manufacturing Costs – 140
- Introduction to Managerial Accounting – 145
- Conflict Resolution Principles – 150
- Conflict Resolution for Different Groups – 155
- Team Leadership – 160
- Manufacturing Management – 180
- Personal Effectiveness – 190
- Managing the Diverse Workplace – 210
- Harassment & Discrimination – 215
- Performance Management and the Law – 230
INSTRUCTOR-LED TRAINING
In-Demand Classes
- Train the Trainer: Accelerating Worker Performance
- GD&T – Geometric Dimensioning & Tolerancing
- Design to Manufacturer & Assembly (DFM/DFA)
- Electrical Safety / Arc Flash
- Lean Fundamentals & Certification
- Metallurgy Workshop
- Heat Treat Workshop
- Additive Manufacturing Technologies & Certification
- Stamping Die Workshop
- PFMEA – Process Failure Mode Effects Analysis
