Presented is an approach to undergraduate microcomputer education at Marquette University. The course of study includes four courses to serve students with a variety of educational interests. Two laboratory courses are discussed in terms of their organization and goals. (Author/SA)

The simulation of a sampled-data system is described that uses a full parallel hybrid computer. The sampled data system simulated illustrates the proportional-integral-derivative (PID) discrete control of a continuous second-order process representing a stirred-tank. The stirred-tank is simulated using continuous analog components, while PID…

A do-it-yourself laboratory course in automated systems designed at the University of Florida is described. Using a working model of a warehouse interfaced with a minicomputer as a working laboratory, the student gains hands-on experience in operations programing and applications of scheduling, materials handling, and heuristic optimization. (BT)

Presented is an integration of laboratory and lecture results in special homework problems for this logic design course. The Bit Bucket, a compact logic trainer, is the basis for the program. A discussion is presented of the reasons for changing to the new method. Experiences are included. (SA)

Described is an approach to teaching computer architecture courses with a set of software tools. Aspects of computer science with aspects of computer engineering are merged. The laboratory approach is utilized so that students learn by trying and doing. (Author/SA)