Incorporating realistic constraints into a student team software project

Author:

Goulding Tom1,DiTrolio Rita1

Affiliation:

1. Daniel Webster College, Nashua, New Hampshire

Abstract

Instruction in the theory and practice of the System Design Life Cycle is a significant component of introductory software engineering courses. In this study, project development pressures and management realities, which imitate those found in an industrial setting, were used to enhance student team projects. This paper examines the results of those constraints and presents an assessment of student experiences.

Publisher

Association for Computing Machinery (ACM)

Reference10 articles.

1. A platform for software engineering course projects;Aygun B;Turkish Journal of Electrical Engineering.,2004

2. Practitioner heal thyself;Davis A;IEEE Software,1996

3. Dietel H. & Dietel P. C++ How to Program New York 2001. Dietel H. & Dietel P. C++ How to Program New York 2001.

4. Gaskin J. E. High tech prima donnas. Inter@ctive Week 7 (2000) 99. Gaskin J. E. High tech prima donnas. Inter@ctive Week 7 (2000) 99.

5. Using Extreme Programming in the Software Design Course

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