Introducing Information Technology Fundamentals Into The Undergraduate Curriculum
Author(s) -
Robert J. Voigt
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--8510
Subject(s) - listing (finance) , session (web analytics) , curriculum , the internet , computer science , navy , diversity (politics) , course (navigation) , information technology , world wide web , mathematics education , library science , multimedia , sociology , engineering , pedagogy , psychology , political science , finance , anthropology , law , economics , aerospace engineering , operating system
We have been challenged to introduce our students to “information technology” as part of their undergraduate education. This is not an exercise in training people how to use a word processor, rather it is teaching the undergraduate student, from any discipline, the underlying fundamentals of the technology which pervades our daily lives. The genesis of the course is a result from a survey of senior people at Navy operational commands listing the top ten areas where our graduates could use more emphasis in their education. Of those top ten, we developed a course, which addressed seven of the areas. These areas include Networking, the Internet, Communications Theory, Software, Databases and the World Wide Web. The diversity of the topics and the target audience meant that we were not able to go particularly deep in any one area. One of our main goals was to bring a non-technically oriented student up to a conversational level on the topic areas and to provide them with a foundation and a desire to seek a deeper understanding on their own. The initial target audience for the course is anyone who has had two semesters of Physics. As a result, we had ten different majors in the first offering of the course, varying from History to Economics to Computer Science and Marine Engineering. The course is offered as a lab course in order to allow as much hands-on opportunity as possible. In this paper, we focus on the course topics we covered in hope that others who may face this daunting challenge may gain some insight. We attempt to show how we approached some of the more complex topics without the benefit of higher order math emphasizing the importance of cooperative and collaborative learning in this environment. We also hope to show why a course like this rightly belongs in the Electrical and/or Computer Engineering Department and the challenges that brings.
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