Explore Our Project Repository

The project is implemented to help the FRSC verify vehicle authenticity by eliminating the manual process to an automated system. The project adopts Machine Learning algorithms to scan vehicle number plates and verify validity and ownership across the FRSC database. The YOLOv4 ML, OCR, and TensorFlow algorithms were used for this system.

This web-based Student Misconduct Management Information System transitions the handling of student offenses—such as examination malpractice, and other misconduct activities—from an inefficient, manual paper process into a streamlined automated system. Designed for all academic disciplines at Akanu Ibiam Federal Polytechnic, Unwana, it allows the administration to digitally log incidents, reduce paperwork, and easily track cases. A key feature of this automated approach is its focus on rehabilitation, seamlessly connecting disciplinary records with structured counseling and community service programs to better manage and correct student behavior across the institution.

This project presents the design and implementation of a web-based Graphic Design Tutorial System, using JustaClick as a primary case study. Traditional methods of learning graphic design often suffer from fragmented resources, lack of structured pathways, and inadequate hands-on tracking. To address these challenges, this system provides a centralized platform that hosts structured tutorials, manages multimedia resources, and offers interactive progress monitoring. The development adopted the Object-Oriented Analysis and Design Methodology (OOADM) to ensure a highly modular, scalable, and robust system architecture through comprehensive object modeling.

This project contains the design, kinetic modeling, and process optimization framework for the production of second-generation Bioethanol using Cassava (Manihot esculenta) peels as a lignocellulosic biomass feedstock. The project addresses the dual challenges of agricultural waste utilization and the global transition toward renewable energy by converting starchy and cellulosic waste into high-yield, fuel-grade bioethanol.

This project achieves the design, simulation, and optimization framework for the industrial production of Sulfuric Acid utilizing the modern Contact Process. Designed as a comprehensive Chemical Engineering capstone project, the project models the multi-stage conversion of raw sulfur into high-purity industrial acid.

ArtisanHub (or your preferred title) is a dedicated e-commerce and multi-vendor marketplace platform designed to bridge the gap between traditional craftsmen (artisans) and modern consumers. The system provides independent creators—such as woodworkers, weavers, potters, and fashion designers—with a professional digital storefront to showcase their unique, handmade goods while offering buyers a secure, centralized space to discover and purchase authentic creative work.

Security Information Management System (SIMS) is a centralized digital workspace designed to streamline incident reporting, data orchestration, and emergency response operations. Using the Cross River State Security Emergency Management Agency as a core case study, this platform replaces legacy, siloed communication structures with a real-time data hub to improve public safety and agency coordination.

Online Student Project Allocation and Monitoring System is a web-based workflow platform designed to streamline and automate the management of final-year undergraduate and graduate research projects. The system replaces manual, spreadsheet-based coordination with a centralized digital workspace that connects students, academic supervisors, and department administrators.

This project details the development of a web-based e-marketplace designed to streamline and modernize the off-campus housing search process for students in government-owned universities and polytechnics. The platform acts as a secure digital bridge, connecting students looking for accommodations directly with verified property owners and agents.

This project details the design and implementation of a centralized, web-based Past Question Repository for the Computer Science Department. Developed to replace fragmented, paper-based tracking methods, this digital platform securely preserves, organizes, and delivers historical examination materials to improve student academic readiness and foster self-directed learning.

This project details the development of a weather-based AI assistant designed to optimize personal health and well-being through real-time environmental data. By fusing live weather forecasts with intelligent prompt engineering, the system generates proactive, tailored health recommendations to help users adapt to changing environmental conditions.