Paper Title
Software Engineering Environment and Metrics for Web-Based Student Information Management System Allied for Educational Organizations and Their Relative Challenges
Presented At
International Conference on Big Data, IoT, Cyber Security and Information Technology (ICBDICSIT-2025)
Abstract Overview
This research paper explores a comprehensive software engineering environment tailored for developing and maintaining web-based Student Information Management Systems (SIMS) within educational institutions. The study emphasizes the application of engineering metrics to evaluate system performance, maintainability, and scalability, addressing the growing demand for secure, data-driven solutions in academia.
By integrating modern software development practices with real-time data handling and security frameworks, the proposed environment ensures robustness and adaptability. Furthermore, the paper delves into critical challenges such as data privacy, interoperability, user access control, and system integration across distributed academic environments.
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Key Highlights
- Implementation of agile methodologies and DevOps practices in SIMS development.
- Use of software engineering metrics to assess quality and efficiency.
- Alignment with Big Data principles for handling extensive academic records.
- Consideration of cybersecurity protocols in protecting student data.
- Case studies showcasing deployment in real-world academic institutions.
Conference Theme Relevance
This work directly contributes to the fields of Big Data, Cyber Security, and Information Technology by offering scalable, secure, and metrics-driven solutions for managing academic data. It supports digital transformation in education through intelligent systems engineering and is closely aligned with the objectives of ICBDICSIT-2025.