Date of Award
Fall 2023
Type
Thesis
Major
Master of Cybersecurity Management
Degree Type
Master of Science
Department
TSYS School of Computer Science
First Advisor
Dr. Yeşem Kurt-Peker
Second Advisor
Dr. Lydia Ray
Third Advisor
Dr. Lixin Wang
Abstract
This study aims to better prepare students for cybersecurity roles by providing practical tools that bridge the gap between theory and real-world applications. We investigate the role of small scenario-based exercises for students’ understanding of cybersecurity concepts. In particular, we assess the use of Docker technology to deliver training that includes a simple small scenario on html code injection. The effectiveness of scenario-based learning has long been defined and by using SBL, we are going to create hands-on activity that involves the fundamental topics in cybersecurity using Docker technology, allowing students to see the exploitation of the vulnerabilities and defense mechanisms against the attacks. The study’s results deduced from the analysis of responses from two surveys favored small scenario-based exercises for hands on activities in cybersecurity and the use of Docker technology for building such scenarios. By underlining the links between the studies discussed in the paper and our study, it shows the importance of scenario-based learning in cybersecurity education, highlighting its hands-on and practical nature. Also, it advocates for tailored educational programs that effectively integrate theoretical knowledge with practical application, emphasizing the value of this approach in preparing students for real-world cybersecurity challenges.
Recommended Citation
Ahmed, Zeinab, "Docker Technology for Small Scenario-Based Excercises in cybersecurity" (2023). Theses and Dissertations. 503.
https://csuepress.columbusstate.edu/theses_dissertations/503
