Assembly/Final Stage Process

Coatings

• 110 — Introduction To Coating Composition
• 120 — Surface Preparation For Coatings
• 140 — Processes For Applying Coatings
• 150 — Coating Defects
• 170 — Troubleshooting Coating Defects

Fasteners

• 101 — Introduction To Assembly
• 211 — Safety For Assembly
• 235 — Tools For Threaded Fasteners

Soldering

• 110 — What Is Soldering?
• 115 — Safety For Soldering
• 130 — Soldering Equipment
• 200 — Soldering Applications
• 210 — Solder & Flux Selection
• 220 — Soldering PCBs
• 230 — Lead-Free Soldering

Design & Engineering

Design For Manufacturing

• 201 — Design For Manufacturing
• 210 — Design For Cost
• 220 — Design For Serviceability
• 270 — Lightweighting Overview

Foundational

Applied Mathematics

• 101 — Math Fundamentals
• 110 — Applied & Engineering Sciences
• 111 — Math: Fractions & Decimals
• 112 — Units of Measurement
• 124 — Manufacturing Process Applications: Part 1
• 125 — Manufacturing Process Applications: Part 2
• 141 — Algebra Fundamentals
• 151 — Geometry: Lines & Angles
• 161 — Geometry: Triangles
• 170 — Shop Geometry Overview
• 171 — Geometry: Circles & Polygons
• 201 — Trigonometry: The Pythagorean Theorem
• 210 — Shop Trig Overview
• 211 — Trigonometry: Sine, Cosine, Tangent
• 221 — Trigonometry: Sine Bar Applications
• 231 — Statistics
• 310 — Concepts of Calculus

General Safety

• 101 — Introduction to OSHA
• 102 — Ergonomics
• 111 — Personal Protective Equipment
• 141 — Lockout/Tagout Procedures
• 151 — SDS & Hazard Communication
• 152 — OSHA Hazard Communication Labels Overview
• 161 — Bloodborne Pathogens
• 181 — Fire Safety & Prevention
• 191 — Flammable/Combustible Liquids
• 201 — Hand & Power Tool Safety
• 241 — Environmental Safety Hazards
• 272 — Machine Guarding

Inspection

• 101 — Basic Measurement
• 111 — Calibration Measurement
• 121 — Basics Of Tolerance
• 131 — Blueprint Reading
• 132 — Types Of Prints & Engineering Drawings
• 141 — Hole Standards & Inspection
• 151 — Thread Standards & Inspection
• 200 — Intro To GD&T (1994)
• 201 — Surface Texture & Inspection
• 231 — Interpreting Prints
• 301 — Introduction To GD&T
• 310 — Interpreting GD&T (1994)
• 311 — Major Rules Of GD&T
• 312 — GD&T Applications
• 321 — Inspecting A Prismatic Part
• 331 — Inspecting A Cylindrical Part
• 341 — Advance Hole Inspecting
• 351 — Inspecting With Optical Comparators
• 361 — Inspecting With CMMs
• 362 — Introduction To CMM Arms
• 371 — Calibration & Documentation
• 376 — 3D Laser Scanners

Lean

• 101 — Lean Manufacturing Overview
• 151 — 5S  Overview
• 181 — Troubleshooting

Quality

• 111 — Quality Overview

Machining

CNC

• 201 — Introduction To CNC Machines
• 202 — History & Definition Of CNC
• 211 — Basic Of The CNC Lathe
• 212 — Basics Of The CNC Mill
• 215 — Basics Of The CNC Swiss-Type Lathe
• 221 — Coordinates For The CNC Lathe
• 222 — Coordinates For The CNC Mill
• 231 — Basics Of G Code Programming
• 261 — Offsets On The CNC Lathe
• 262 — Offsets On The CNC Mill
• 290 — Creating A Milling Program
• 301 — Creating A CNC Turning Program
• 302 — Creating A CNC Milling Program
• 310 — Canned Cycles
• 311 — Calculations For Programming The Lathe
• 312 — Calculations For Programming The Mill
• 321 — Canned Cycles For The Lathe
• 322 — Canned Cycles For The Mill

CNC Controls: Fanuc

• 250 — Fanuc Mill: Control Panel Overview
• 255 — Fanuc Lathe: Control Panel Overview

CNC Controls: Haas

• 101 — Haas NGC: Next Generation Control Panel Overview
• 111 — Haas Next Generation & Classic Controls
• 201 — Haas NGC: Entering Mill Offsets
• 202 — Haas NGC: Entering Lathe Offsets
• 211 — Haas NGC: Locating Program Zero On The Mill
• 212 — Haas NGC: Locating Program Zero On The Lathe
• 221 — Haas NGC: Program Execution
• 317 — Haas NGC: First Part Runs

CNC Controls: Mazak

• 250 — Mazak Mill: Control Panel Overview

Manual Machining

• 201 — Manual Mill Basics
• 211 — Engine Lathe Basics
• 221 — Manual Mill Setup
• 231 — Engine Lathe Setup
• 241 — Benchwork & Layout Operations
• 251 — Manual Mill Operation
• 261 — Engine Lathe Operations
• 271 — Holemaking On The Manual Mill
• 301 — Threading On The Engine Lathe
• 311 — Taper Turning On The Engine Lathe

Metal Cutting

• 121 — Overview Of Machine Tools
• 301 — Speed & Feed For The Lathe
• 310 — High-Speed Machining
• 311 — Speed & Feed For The Mill
• 315 — Hard Turning
• 331 — Carbide Grade Selection
• 351 — Lathe Tool Geometry
• 361 — Mill Tool Geometry
• 381 — Optimizing Tool Life & Process

NIMS

• 111 — NIMS Core Skills
• 131 — NIMS Core Milling Skills
• 132 — NIMS Core Turning Skills
• 141 — NIMS Core CNC Milling Skills
• 142 — NIMS Core CNC Turning Skills
• 151 — NIMS Core Advanced Machining Skills
• 211 — NIMS Core Measurement & Materials Skills
• 221 — NIMS Core Job Planning Skills
• 241 — NIMS Core Drill Press Skills
• 251 — NIMS Core Grinding Skills
• 261 — NIMS Core Manual Milling Skills
• 262 — NIMS Core Manual Turning Skills

Workholding

• 121 — Locating Devices
• 131 — Clamping Basics
• 141 — Chucks, Collects, & Vises
• 200 — Fixture Body Construction
• 201 — Fixture Design Basics

Maintenance

Electrical Systems

• 101 — Electrical Units
• 111 — Safety For Electrical Work
• 201 — Introduction To Circuits
• 211 — Introduction To Magnetism
• 221 — DC Circuit Components
• 231 — NEC(R) Overview
• 241 — AC Fundamentals
• 251 — Electrical Instruments
• 261 — Electrical Print Reading
• 271 — DC Power Sources
• 281 — AC Power Sources
• 291 — Conductor Selections
• 301 — Series Circuit Calculations
• 311 — Parallel Circuit Calculations
• 321 — Battery Selection

Mechanical Systems

• 101 — Introduction To Mechanical Systems
• 111 — Safety For Mechanical Work
• 121 — Forces Of Machines
• 201 — Power Transmission Components
• 202 — Mechanical Power Variables
• 211 — Lubricant Fundamentals
• 221 — Bearing Application
• 231 — Spring Application
• 241 — Belt Drive Application
• 251 — Gear Application
• 261 — Gear Geometry
• 271 — Clutch & Brake Application

Smart Manufacturing

Additive Manufacturing

• 111 — Introduction To Additive Manufacturing

Industrial Internet of Things

• 100 — Introduction To Smart Manufacturing
• 101 — Cybersecurity For Manufacturing Basics
• 102 — Cybersecurity For Manufacturing: Malware Overview
• 111 — Introduction To The Industrial Internet Of Things
• 121 — Data Collection Fundamentals
• 141 — Automatic Identification Technology
• 150 — Augmented Worker
• 201 — Cybersecurity For Manufacturing: Hacking Overview
• 202 — Cybersecurity For Manufacturing: Wireless Networks
• 221 — Introduction To Digital Networks
• 225 — IIoT Infrastructure For Smart Manufacturing
• 227 — Organizing Big Data For Manufacturing
• 231 — Data Collection: Inventory & Maintenance
• 241 — Introduction To Digital Twin
• 242 — Introduction To Digital Thread
• 251 — Introduction To Smart Business Strategy
• 301 — Introduction To Machine Learning & Artificial Intelligence
• 302 — Machine Learning & Artificial Intelligence
• 311 — Smart Business Strategy-Data Management

Robotics

• 130 — Applications For Robots
• 135 — Automated Systems & Control
• 170 — Robot Maintenance
• 201 — Introduction To Robotics
• 211 — Robot Safety
• 215 — Robot Application
• 216 — Automated Systems & Control
• 221 — Robot Components
• 225 — End Effectors
• 230 — Robot installations
• 260 — Industrial Network Integration
• 265 — Robot Power & Drive Systems
• 275 — Introduction To Collaborative Robots
• 280 — Robot Axis & Pathways
• 315 — Robot Sensors
• 317 — Robot Control Systems
• 320 — Vision Systems
• 331 — Robot Troubleshooting
• 341 — Concepts Of Robot Programming
• 355 — Robot Maintenance
• 370 — Robot Installations