Author USMA Department
Electrical Engineering and Computer Science
ACM proceedings, Cyber, Cyber education, Problem-centered learning, Multi-discipline cyber education, General education requirement, Core program, Database education, Databases, Computing education, Information technology education
Maximizing a student's learning in a general education information technology course is critical when teachers have only a little time to cover numerous topics within the discipline. It is therefore paramount that programs utilize the most effective pedagogical approach to educating students on these topics. This allows teachers to take full advantage of this limited time per topic. The principal contribution of this paper is a statistical analysis of student performance in an intermediate-level information technology course when exposed to two popular methods of teaching information technology concepts. This course is part of the larger cyber education model at the United States Military Academy. Our study implemented and analyzed the results from a control group educated with systematic, skills-based instruction versus a treatment group where a problem-centered learning approach was utilized. Our experimental results provide statistically significant reinforcement of the idea that problem-centered learning is superior to skills-based instruction for educating students in information technology topics as a part of their cyber education.
Hussey, J.P., & Shaha, J.E. (2017). Educational approach to cyber foundations in an undergraduate core program. Proceeding SIGITE '17 Proceedings of the 18th Annual Conference on Information Technology Education. Rochester, NY: ACM. DOI: 10.1145/3125659.3125691
SIGITE '17, 18th Annual Conference on Information Technology Education