A One-credit Hands-On Introductory Course in Electrical &
Computer Engineering using a Variety of Topic Modules
IEEE
Transactions on Education
Paper - Supplemental Material
Authors
John W. Pierre, Francis K. Tuffner, Jeffrey R. Anderson, David L.
Whitman, A.H.M. Sadrul Ula, Robert F. Kubichek, Cameron H.G. Wright,
Steven F. Barrett, Jerry J. Cupal, and Jerry C. Hamann.
Abstract
This paper describes a one credit laboratory course for freshman majoring in Electrical and Computer Engineering (ECE). The course is motivational in nature and exposes the students to a wide range of areas of electrical and computer engineering. The authors believe it is important to give freshmen a broad perspective of what ECE is all about, and to shine some light on topics they will see later in the curriculum. Yet with limited total credit hours in the curriculum, the ECE Department did not want to commit a significant number of hours, nor did the Department want to take significant study time away from the students’ core freshman courses such as calculus and physics. The resulting single credit hour course meets only one day a week for two hours, with a format that combines both lecture and experimentation. The course is divided into a series of one to three week modules, each covering a selected topic in electrical and computer engineering. This paper describes the purpose, format, and content of the course. A survey of the students regarding the course is also discussed.
Module List
Click on the individual module titles in the table below for files and more information about each module.OverallNotes.pdf - Set of overall notes for lab aspect of course
Module
Title
Topics
Duration
Circuits
Equipment introduction, Ohm’s Law, voltage, current,
resistance, power, and tolerances
1 week
Electronics
Kirchoff’s Laws, ideal operational amplifiers, and
transducer devices
1 week
Digital Logic
Digital representation of signals, digital data, and
digital
logic
2 weeks
Microprocessors
C-language programming, digital control of external
hardware, and microcontroller programming techniques
3 weeks
Communications
Frequency content of signals, amplitude modulation
(AM), and amplitude shift keying (ASK)
2 weeks
Digital Signal Processing
Analog-to-digital conversion, digital capabilities, and
DSP algorithm implementation
2 weeks
Power
Power, power efficiency, motors, generators
1 week
Lab Tours
Tour of department teaching and research laboratories
1 week