Design of a Solar Powered Cctv Model for Examination Proctor Surveillance System

Student: Abbas Hamidu Ahmadu (Project, 2025)
Department of Computer Science
Kano State Polytechnic, Kano, Kano State

Abstract

Examinations are essential tools for evaluating students' academic performance, yet maintaining their integrity remains a significant challenge due to widespread malpractice. This study addresses this issue by proposing the design and implementationofasolar-poweredCCTVmodelforexaminationproctorsurveillance. The system leverages renewable energy to ensure continuous operation and integrates advanced CCTV technology for effective monitoring. The primary objective is to provide a sustainable and scalable solution for examination supervision, particularlyin environments with limited resources. Evaluation metrics, including video quality, power efficiency, and system scalability, were employed to assess the system's performance. The results demonstrate enhanced monitoring capabilities, reduced dependency on non-renewable energy, and the potential for broad adoption in educational institutions. This study concludes that a solar-powered CCTV modeloffers a practical and efficient approach to upholding examination integrity.

Keywords
Solar-powered CCTV system examination proctoring surveillance renewable energy continuous monitoring power autonomy misconduct detection data security cost-effective design sustainable technology
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