Students create standard drawings for engineering and architecture, communicate ideas for products and designs, use cutting edge software from the design industry, create 2D and 3D drawings, and practice 3D printing.Fourth-year math and college credit are also available. Related careers include, but are not limited to, mechanical, automotive and aerospace engineering, industrial design, architecture, interior design, CAD/CAM, and construction management
This is also part of the Early College: Advanced Technology Institute program at Muskegon Community College.
Students who successfully complete this course may receive articulated college credit to the following schools: Baker College, Davenport University, Grand Rapids Community College, and Muskegon Community College. For information on how to earn articulated credit contact Lindsay Pulsipher at the CTC.
Tour the classroom
Enjoy this tour of the Computer Aided Design classroom featuring wide screen monitors at each work station, a high-quality large format printer for printing projects, 3D printers for prototyping, and samples of student work displayed on the walls.
Instructor: Troy Foster
Bio: Mr. Foster is a graduate of Grand Haven High School and Calvin College. He earned his Bachelor of Science in Industrial Arts at Western Michigan University in 1991, Master’s Degree in Instructional Technology at Grand Valley State University in 2004, and Master’s Degree in Educational Leadership at Grand Valley State University in 2012. His industry experience includes being a Project Manager in Architecture for Herman Miller in Zeeland, an Engineer for Flairwood Industries in Norton Shores, and as an Architect for Progressive Architects, Engineers, and Planners in Grand Rapids. In his free time, he enjoys boating, landscaping, and athletics such as softball, biking, and weight-training.
State of Michigan Curriculum Segments
- Career and Employability Skills
- Engineering Technology and Safety
- 2D Drawing
- Geometric Construction
- Orthographic Projection
- 3D Parametric Modeling
- Dimensioning and Tolerances
- Supplemental Views
- Engineering Drawings
- Manufacturing Process
- Design Concepts
- Research and Development