Teaching microprocessors at the undergraduate level can be accomplished far more
effectively when modern teaching techniques utilizing hands-on and project-based methods …

Introductory electronic circuits courses with a lab component are typically taught in a
standard lecture-lab format where lecture and lab are taught as separate classes potentially …

Microcontrollers play an increasingly important role in applied computing systems ranging
from your toaster to deep space probes. A myriad of objects are embedded with …

This paper overviews previous and current practices in microcontroller education, and
identifies the entailed risks in integrating modern programming methods and tools into the …

This article presents the contents and the teaching and evaluation methods for a required
course dealing with the design of real time embedded systems based on microprocessors …

In this paper, we present a bunch of experiments useful for an embedded system laboratory.
It is an outcome of the author's experience in teaching computer architecture and embedded …

Embedded microcontroller (MCU) systems is one of the most important topics in
undergraduate electrical and electronics engineering and computer engineering curricula …

Teaching computer science students how hardware devices work is often a very difficult
process. It requires huge efforts both from the instructors and students. Although teaching …

In order to develop students to be effective engineers upon graduation, it is important to
bridge the gap between theory and reality. This is usually achieved through hands-on …

In this paper, as a consequence of theoretical didactic research, an innovative E-Learning
concept and-tool to foster students' preparation for embedded system laboratories is …