The laboratory facilities will be supplemented by the use of video resources, microprocessor trainers, and the use of computers to solve problems and design analog and digital circuits. Mechanical Engineering Technology Mechanics and thermodynamics form the core of the program. Mechanics examines the forces acting on machines and their tendency to cause failure. Thermodynamics covers energy conversion principles as applied to engines, refrigeration, and other systems. Laboratory experiences include mechanical measurements, computer aided drafting, materials testing, and hydraulic and pneumatic systems.
Great emphasis is given to the use of computers in the program.
Overall, the program provides students with a practical approach to problem solving in such areas as machine design and production and manufacturing.