Applied Science and Manufacturing

Robotics and Automation Mechanical Automation Systems Engineering Introduction to Robotic Automation Industrial Automation - Mechatronics Applied Robotics - Coming Soon! -= In Development =- Industrial UAV Systems		CATIA Mechanical Design Series Level 1 Mechanical Design - Part Design Fundamentals Mechanical Design - Machining Level 2 Mechanical Design - Design Theory Mechanical Design - Functional Design Mechanical Design - 3D Printing Level 3 Mechanical Design - Surface Design		Composites Advanced Composites DME Applied Composites - Snowboards Rigid Composite Structures - Longboards Various Manufacturing * Offered on demand Basic Metal Fabrication

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Brief Course Descriptions

Introductory class explaining all the courses taught in Applied Science and Manufacturing focusing on 3D design, CNC machining and composites.

Learn how the weld, primarily focusing on MIG

First level CATIA course that covers all the Part Design workbench and prepares for the Part Design Certification exam

Learn how to organize your CATIA model buuilding, design for manufacturing, and advance features such as parameters, formulas, and design tables

Use CATIA to create molds that you will cut out on the CNC mills

Reveerse engineer parts purchased from the hardware store in CATIA

Learn how to effectivly use this emerging technology to increase productivity and design ability

Learn all the CATIA surface design features and prepare for the CATIA Surface Design certification exam

Robust composite training course focused on aerospace but includes marine, automotive and cosmetic applications.

Lab focused composite training. Real life application with strong engineering principles

Learning Path Guides

Path 1 Shop Fabricator Interest: Working with metal and other materials. Welding, bending, cutting grinding. Training: Mechanical Design - Part Design Fundamentals (To design acurate structures) Basic Metal Fabrication (To learn how to weld and bend metal) Basics of CNC Milling (To learn to use a CNC machine to create forming templates)		Path 2 Mold Maker Interest: Creating molds to be used for plastic or composite parts. Training: Mechanical Design - Part Design Fundamentals (Model and mold design) Mechanical Design - Design Theory (To build better models) Basics of CNC Milling (To learn to use a CNC machine to cut your molds)		Path 3 Mold Maker 2 - 3D Printing Interest: Creating molds to be used for plastic or composite parts. Training: Mechanical Design - Part Design Fundamentals (Model and mold design) Mechanical Design - Design Theory (To build better models) Mechanical Design - Applied CAD (Learn to use 3D printers to create your molds)

Path 4 Mold Maker 3 - Composites Interest: Creating molds from plastic or composite, for use in making composite parts. Training: Mechanical Design - Part Design Fundamentals (To design acurate structures) Mechanical Design - Design Theory (To build better models) Composites Technician Training Program (Learn many methods of composite construction) Basics of CNC Milling (To learn to use a CNC machine to cut your molds)		Path 5 Composite Fabricator Interest: Design and create basic composite parts. Training: Mechanical Design - Part Design Fundamentals (Model and mold design) Composites Technician Training Program (Learn many methods of composite construction)		Path 6 Composite Fabricator 2 Interest: Design and create more advanced composite parts. Training: Mechanical Design - Part Design Fundamentals (Model and mold design) Mechanical Design - Design Theory (To build better models) Composites Technician Training Program (Learn many methods of composite construction)

Path 7 Composite Fabricator 3 Interest: Design and create composite parts with more hands on skill in composites Training: Mechanical Design - Part Design Fundamentals (Model and mold design) Composites Technician Training Program (Learn many methods of composite construction) Applied Composites (Discover all the complications in building a real composite product (Snowboard))	Path 8 Maker 1 Interest: Making things Training: Mechanical Design - Part Design Fundamentals (Model and mold design) Basics of CNC Milling (To learn to use a CNC machine for making simple parts and molds) Basic Metal Fabrication (To learn how to weld and bend metal) Applied Composites (Discover all the complications in building a real composite product (Snowboard))	Path 9 Maker 2 Interest: Making more advanced things Training: Mechanical Design - Part Design Fundamentals (Model and mold design) Mechanical Design - Design Theory (To build better models) Basics of CNC Milling (To learn to use a CNC machine for making simple parts and molds) Basic Metal Fabrication (To learn how to weld and bend metal) Composites Technician Training Program (Learn many methods of composite construction) Applied Composites (Discover all the complications in building a real composite product (Snowboard))

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