Principles of Manufacturing: Apply knowledge and skills required in the application of standard manufacturing practices including planning, design and visualization. Students will learn and apply skills related to interpreting drawings, creating documentation and performing measurements. Additionally, students will use principles and techniques of Computer Numerical Control (CNC), employ scheduling, and practice project evaluation.

 

Manufacturing Operations: Learn the production processes applied across manufacturing operations. Students will be able to demonstrate a broad array of technical skills with an emphasis given to quality practices, measurement, maintenance and safety.

 

Engineering Design:  Learn the application of the engineering design process. Topics include work-processes, optimization methods, design optimization and risk management tools. Students will use 2D and 3D modeling software to help them design solutions to proposed problems, document their work and communicate solutions. Additionally, students will interpret industry prints and create working drawings from functional models. Emphasis is given to experimental problem solving in real systems.

 

Machine Tools: Perform routine calculations, interpret basic drawings, begin the process of performing accurate measurements and be able to plan simple machining processes. Students will learn the fundamental principles and practices of cutting, drilling and grinding using modern machine tools, hand tools and precision measuring instruments.

 

10 Hour OSHA (1 point)

Solidworks CSWA (4 points)

 

Robotics in CIM Systems EGR 1128 (CCP)

Solidworks MET 1301 (CCP)

Additive Design & Printing MET 1401 (CCP)

Additive MFG Post Process MET 1431 (CCP)

Guitar MFG using STEM MET 1151 (CCP)

Manufacturing Operations (CTAG)

Engineering Design (CTAG)