EPD's corporate-located credit courses and programs in engineering and computer science are offered in partnership with a corporate sponsor.  These programs provide convenient opportunities for professionals to earn technical degrees while continuing with their regular work schedule.

TACOM - Warren, MI - Graduate Engineering Management Program | Directions to TACOM

 

    Available Courses Winter 2010: 

    EMGT 515 (2 crs.) Corporate Strategy
    Runs January 12 - April 20

    Tuesdays  5:10 pm - 7:00 pm

 

    Available Courses Summer 2010:
    EMGT 550 (2 crs.) Business Ethics

    Runs May 10 - June 30   

    Day TBD

    5:10 pm - 7:00 pm

 

Magna - Novi, MI - Graduate Engineering Management Program | Map to Magna

 

    Available Courses Winter 2010:

    EMGT 510 (2 crs.) Managerial Finance and Economics

    Mondays 5:10 - 7:00 pm

    Professor Schultes

  

The official fllyer provides most of the information about the program.

 

For additional information visit http://www.engin.umd.umich.edu/IMSE/grad_prog/index.php or contact Engineering Professional Development at 313-593-4000.

Farmington Hills Chamber of Commerce (12 Mile & Halsted) - Farmington Hills, MI | Map of Farmington Hills Chamber of Commerce

 

Available Electrical Engineering courses are TBD.

 

Engineering Management is a 36 credit hour program focused on learning to manage the engineering function and the technology assets of organizations.

Program Goals:

• Provide an understanding of core management areas vital for a technical manager

• Provide knowledge of topics inherent and common to all engineering disciplines

• Provide the requisite knowledge and skills to manage the engineering function at both lower and upper levels of management

• Provide experience in integrating technical and management aspects in "real life" engineering projects or problems

 

A study of nonlinearities in control systems, phase plane analysis, isoclines, equilibrium points, limit cycles, optimum systems; heuristic methods; harmonic balance, describing function, frequency response and jump phenomena. Oscillations in relay systems, state space, optimum relay controls, stability, and Liapunov's method are also covered.

Advising Hold Release Form & Course Election Worksheet