Machining and Automation

Introduction to Machining and Automation

This course is designed to build fundamental skills needed for manual machining, computer-numerical-controlled (CNC) machining, and industrial robotic programming. Students will translate information from technical drawings and instructions to create complete projects using industrial machinery and modern manufacturing practices. Students will receive an introduction to automation in industry, and learn how to program and operate CNC machines and industrial robots. This course is designed to be very project- and application-based, giving students the chance to work in a modern machine shop and learn in a hands-on manner.

Projects completed:

Sheet Metal:

Tool Box Tray

Manual Machining:

Dice - milling machine
Screwdriver - lathe / forge furnace
Small Hammer - lathe / milling machine
Golf Tee Game - milling machine

CNC Machining:

Aluminum Name Plaque
Pen Holder

Robotic Programming:

Pick and Place
Sort and Stack - various materials

Professionalism:

Manufacturing Career Paper
Tool and Machine Safety
- Students will learn how to properly use sheet metal equipment, band saws, manual milling machines, manual lathes, CNC mills, and an industrial robot

Skills learned, reinforced, advanced and applied:

Blueprint reading
Application of technical math
Technical reading and writing
Quality control
Understanding and following technical instructions
Logic, reasoning, and problem solving
3-D modeling
Self-assessment

Activities:

Manual and CNC machining
Industrial robotic programming
Sheet metal work
CNC programming

Fees & Supplies: $30 course fee. Students will also need to purchase safety glasses and materials for projects.

Advanced Machining and Automation

This course will take the original metal working concepts covered in Introduction to Machining and Automation and greatly expand on them. Students taking this class will advance their knowledge in the areas of manual machining, CNC utilization, and advanced manufacturing processes. Students will learn advanced processes on manual and CNC machines. Students will also expand their knowledge of robotic programming, simulating the use of robots in industrial settings. Students successfully completing this course will have an excellent knowledge base to transition into a variety of industry settings in potential careers.