Abstract
This project designs a Web-based evaluation management system for the College of Arts and Sciences (CAS). Problem statement: The Msc students in College of Arts and Sciences (CAS) in applied sciences had to take their final project as a project paper in order to fulfill the requirements of their programs and be able to graduate. The final project was evaluated in two parts; first part is representing 40% of the total mark and evaluated by evaluators. Second part was representing 60% of the total mark and evaluated by the student's supervisor. These evaluation were done manually. Both the evaluators and supervisors had to fill in the evaluation forms manually and submit them to the office. Approach: The design methodology or sometimes called improvement research contained the major steps: Awareness the problem, suggestion, development, evaluation and conclusion. Results: Both evaluators and supervisors can fill in the evaluation forms through the Internet. Bring the advantage of saving time and resources over traditional paper and pencil scan sheet method. For enhancing the performance of current final project evaluation process in College of Arts and Sciences (CAS) this study proposed a web based evaluation management system to replace the current paper forms used by the evaluators and supervisors. Conclusion: Implementing this system will enable the evaluation results to be entered, presume and retrieved anytime anywhere.
Highlights
This study proposes the web-based MSc project evaluation management system where both evaluators and supervisors can fill in the evaluation forms through the Internet
The results from evaluation is indicated the consideration of future work and used as feedback to another round of the Suggestion phase
A web-based project evaluation system was developed for College of Arts and Sciences (CAS) in order to enhance the projects evaluation process performance and increase the CAS staff productivity
Summary
They rapidly evolve in their functionality, scope, content and use. Reusing previously developed components is an effective way of dealing with this evolution. Web-based systems change and grow rapidly in their requirements, contents and functionality during their life cycle-much more than what we’d normally encounter in traditional software, information and engineering systems. Webbased system development is a continuous activity without specific releases as with conventional software. A Web-based system is like a garden-it continues to evolve and grow[1]
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