Product Design Course 39-605/606
This is an interdisciplinary team-based product design course sponsored
by the Institute for Complex Engineered Systems (ICES) which invites
the participation of junior, senior and graduate level students from
the Colleges of Engineering, Computer Science, and Fine Arts; the
Mellon College of Science; the Tepper School; and the College of
Humanities and Social Science. The concept of the course is to provide
a broad learning experience for students at Carnegie Mellon, and to let
them experience, in the context of a “real” design problem, a
systematic design process consisting of the following stages:
conceptual design, embodiment design, detailed design, and
prototyping/implementation. Industry, non-profit, government, and
Carnegie Mellon unit partners provide the projects on which the class
is based. While projects typically are completed in a single semester,
students can take the course for one or two semesters. Students must
consider many issues for the products they are designing in class
including market opportunities, formal requirements and constraints,
the environment in which the product will be used, product look and
feel; technical legitimacy, and manufacturing considerations.
As they work on their projects, student team members
learn and put into practice Teaming, Project Management, Product
Realization, Ethical, and other skills practiced by product developers
in industry. Throughout the semester, the student teams have several
opportunities to present their progress to their fellow students,
partner representatives, and faculty who coach the teams.
For registration purposes, the course’s formal title is Engineering Design Projects.
Companies and other partners that have participated in the Product Design Course include:
- Air Products
- American Respiratory Alliance
- Bayer Materialscience
- Bombardier Transportation
- Bosch
- City of Pittsburgh
- Cutler-Hammer (Eaton)
- Dupont
- McKesson Automation
- Medrad
- Neolinear
- Turner Construction
- UPMC
- Westinghouse Atomic Power
For more information, contact Professor John Wesner by phone at 412-268-2507 or email jwesner@andrew.cmu.edu.