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Design and Implementation of a Help Desk Knowledge Base Authoring Tool
This project designs and implements design and Implementation of a Help Desk Knowledge Base Authoring Tool for support teams. The system was developed using Node.js, Express, MongoDB, HTML/CSS, JavaScript. It provides modules for article drafts, review cycles, publication and search analytics. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Community Feedback and Complaint Resolution Portal
This project designs and implements development of a Community Feedback and Complaint Resolution Portal for public affairs offices. The system was developed using PHP, MySQL, HTML/CSS, JavaScript. It provides modules for complaint intake, workflow routing, resolutions and follow-ups. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Permits and Licensing Application Console
This project designs and implements design and Implementation of a Permits and Licensing Application Console for regulatory service units. The system was developed using Python, Django, SQLite, Bootstrap, React. It provides modules for application pipelines, document checks, fee schedules and approvals. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Service Level Agreement Dashboard and Breach Logger
This project designs and implements development of a Service Level Agreement Dashboard and Breach Logger for service management offices. The system was developed using Node.js, Express, MongoDB, EJS, JavaScript. It provides modules for sla targets, performance metrics, breach logs and escalations. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Container Image and Build Registry
This project designs and implements design and Implementation of a Container Image and Build Registry for devops teams. The system was developed using Python, Django, SQLite, Chart.js, Bootstrap. It provides modules for image repositories, build logs, tags and security scans. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Requirements Traceability Matrix Builder
This project designs and implements development of a Requirements Traceability Matrix Builder for systems analysts. The system was developed using Python, Django, SQLite, Bootstrap, JavaScript. It provides modules for requirement entries, test linkages, coverage reports and baselines. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of an Incident Postmortem and Action Item Tracker
This project designs and implements design and Implementation of an Incident Postmortem and Action Item Tracker for reliability teams. The system was developed using Node.js, Express, MongoDB, HTML/CSS, JavaScript. It provides modules for incident timelines, root causes, action items and review meetings. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Customer Premises Equipment Return and Refund System
This project designs and implements development of a Customer Premises Equipment Return and Refund System for internet service providers. The system was developed using PHP, MySQL, HTML/CSS, JavaScript. It provides modules for equipment records, return receipts, condition checks and refund processing. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Data Retention and Purge Scheduler
This project designs and implements design and Implementation of a Data Retention and Purge Scheduler for database administration units. The system was developed using Python, Django, SQLite, Bootstrap, React. It provides modules for retention policies, purge schedules, approvals and audit reports. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Network Switch and Firewall Port Utilization Map
This project designs and implements development of a Network Switch and Firewall Port Utilization Map for network operations teams. The system was developed using Node.js, Express, MongoDB, EJS, JavaScript. It provides modules for port inventories, utilisation views, change logs and cable records. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of an IT Audit Finding and Remediation Logger
This project designs and implements design and Implementation of an IT Audit Finding and Remediation Logger for internal audit units. The system was developed using Python, Django, SQLite, Chart.js, Bootstrap. It provides modules for finding records, risk ratings, remediation owners and closure checks. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Citizen Service Request Tracking Portal
This project designs and implements development of a Citizen Service Request Tracking Portal for government service centres. The system was developed using Python, Django, SQLite, Bootstrap, JavaScript. It provides modules for service catalogues, request tracking, sla timers and satisfaction. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a User Feedback and Satisfaction Survey Engine
This project designs and implements design and Implementation of a User Feedback and Satisfaction Survey Engine for product teams. The system was developed using Node.js, Express, MongoDB, HTML/CSS, JavaScript. It provides modules for survey templates, distribution, response analytics and issue links. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Business Continuity Test Schedule and Log System
This project designs and implements development of a Business Continuity Test Schedule and Log System for business continuity teams. The system was developed using PHP, MySQL, HTML/CSS, JavaScript. It provides modules for test plans, drill logs, gap reviews and recovery reports. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Virtual Machine Lifecycle Management Console
This project designs and implements design and Implementation of a Virtual Machine Lifecycle Management Console for datacenter administrators. The system was developed using Python, Django, SQLite, Bootstrap, React. It provides modules for virtual machine provisioning, snapshots, resource usage and retirement. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Change Request Impact and Rollback Planner
This project designs and implements development of a Change Request Impact and Rollback Planner for change management boards. The system was developed using Node.js, Express, MongoDB, EJS, JavaScript. It provides modules for change requests, impact ratings, approval workflows and rollback plans. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Software License Inventory and Renewal Tracker
This project designs and implements design and Implementation of a Software License Inventory and Renewal Tracker for IT asset management teams. The system was developed using Python, Django, SQLite, Chart.js, Bootstrap. It provides modules for license records, seat counts, renewal dates and compliance alerts. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of an Employee Onboarding Device Provisioning Portal
This project designs and implements development of an Employee Onboarding Device Provisioning Portal for HR and IT operations. The system was developed using Python, Django, SQLite, Bootstrap, JavaScript. It provides modules for onboarding checklists, device assignment, software bundles and returns. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Design and Implementation of a Shared Drive Quota and Clean-Up Manager
This project designs and implements design and Implementation of a Shared Drive Quota and Clean-Up Manager for institutional IT units. The system was developed using Node.js, Express, MongoDB, HTML/CSS, JavaScript. It provides modules for drive quotas, usage reports, archiving rules and cleanup notices. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Wi-Fi Bandwidth Allocation and Fair-Use Monitor
This project designs and implements development of a Wi-Fi Bandwidth Allocation and Fair-Use Monitor for campus network administrators. The system was developed using PHP, MySQL, HTML/CSS, JavaScript. It provides modules for bandwidth quotas, session records, fair-use flags and reports. Testing shows the system improves record keeping, reduces paperwork and supports timely decisions.
2025 — Undergraduate
Development of a Web-Based Distributed Backup and File Synchronisation System
This study developed a web-based distributed backup and file synchronisation system that replicates folders across configured nodes, tracks version history, and restores files on demand. The system reports backup health per node. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the system improved data protection and recovery readiness, while achieving a high System Usability Scale score. The study recommends deployment for departmental data safety.
2025 — Undergraduate
Development of a Resource Sharing and Collaboration Portal
This study developed a resource sharing and collaboration portal that lets teams reserve shared hardware, schedule usage windows, and coordinate projects with shared workspaces. The portal logs utilisation and prevents double-booking. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Django, and SQLite. The findings showed that the portal improved resource utilisation and team coordination, while achieving a high System Usability Scale score. The study recommends deployment in laboratory and shared-facility environments.
2025 — Undergraduate
Development of a Usability Testing and Feedback Collection System
This study developed a usability testing and feedback collection system that records task scenarios, captures participant ratings, and aggregates usability metrics and comments. The system supports moderated and unmoderated test sessions. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Flask, and SQLite. The findings showed that the system streamlined usability studies and improved feedback analysis, while achieving a high System Usability Scale score. The study recommends use in user experience teams.
2025 — Undergraduate
Development of a Web-Based Accessibility Monitoring and Reporting Tool
This study developed a web-based accessibility monitoring and reporting tool that checks web pages against accessibility checkpoints, records violations, and tracks remediation progress. The tool produces portal-level accessibility scores. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the tool increased accessibility awareness and reduced compliance gaps, while achieving a high System Usability Scale score. The study recommends adoption by web development teams.
2025 — Undergraduate
Development of an Online Service Portal for Local Government Offices
This study developed an online service portal for local government offices that lets citizens apply for certificates, track applications, and receive notices digitally. The portal reduces queue times and documents service turnaround. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Django, and SQLite. The findings showed that the portal improved service speed and transparency, while achieving a high System Usability Scale score. The study recommends phased rollout across local government departments.
2025 — Undergraduate
Development of a Digital Marketplace Platform for Micro and Small Enterprises
This study developed a digital marketplace platform that enables micro and small enterprises to list products, manage orders, and process payments with basic analytics. The platform includes vendor profiles and customer feedback. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the platform increased vendor reach and streamlined sales operations, while achieving a high System Usability Scale score. The study recommends adoption by business development associations.
2025 — Undergraduate
Development of a Web-Based Evidence and Audit Finding Repository
This study developed a web-based evidence and audit finding repository that stores audit evidence, categorises findings by severity, and tracks closure with management responses. The repository produces audit committee summaries. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the repository improved evidence organisation and finding closure, while achieving a high System Usability Scale score. The study recommends deployment across audit engagements.
2025 — Undergraduate
Development of an IT Control and Compliance Audit System
This study developed an IT control and compliance audit system that maps audit checklists to business processes, records evidence and ratings, and computes control effectiveness scores. The system tracks findings and remediation owners. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Flask, and SQLite. The findings showed that the system standardised audits and improved follow-through on findings, while achieving a high System Usability Scale score. The study recommends adoption by internal audit units.
2025 — Undergraduate
Design of a Progressive Web Application for Departmental Notices
This study designed a progressive web application for departmental notices that delivers announcements, schedules, and alerts with offline support and push notifications. The application works across devices without an app store. Adopting a client-server architecture and a survey-based usability evaluation, the application was built using JavaScript, Node.js, Express, and MongoDB. The findings showed that the application improved notice reach and engagement, while achieving a high System Usability Scale score. The study recommends deployment for campus communication.
2025 — Undergraduate
Development of an Online Document Management and Repository System
This study developed an online document management and repository system that organises files into folders, supports versioning and full-text search, and controls access by role. The system logs access and change history. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Django, and SQLite. The findings showed that the system improved file retrieval and reduced document loss, while achieving a high System Usability Scale score. The study recommends deployment in administrative offices.
2025 — Undergraduate
Development of a Web-Based Change and Incident Management Platform
This study developed a web-based change and incident management platform aligned with service-management practice, coordinating change approvals, impact assessment, and post-incident reviews. The platform maintains audit trails and SLA dashboards. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the platform reduced unapproved changes and improved incident closure rates, while achieving a high System Usability Scale score. The study recommends adoption by service operations teams.
2025 — Undergraduate
Development of an IT Help Desk and Ticketing System
This study developed an IT help desk and ticketing system that logs support requests, assigns technicians, and tracks resolution times against service targets. The system provides knowledge-base articles and escalation rules. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Flask, and SQLite. The findings showed that the system reduced response times and improved request tracking, while achieving a high System Usability Scale score. The study recommends deployment in ICT support units.
2025 — Undergraduate
Development of a Small Enterprise Resource Planning System
This study developed a small enterprise resource planning system that integrates purchasing, stock, invoicing, and simple accounting modules with role-based access. The system produces basic financial and operational reports. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Django, and PostgreSQL. The findings showed that the system reduced manual record keeping and improved operational oversight, while achieving a high System Usability Scale score. The study recommends phased rollout for growing SMEs.
2025 — Undergraduate
Development of a Web-Based Procurement and Inventory Management Platform
This study developed a web-based procurement and inventory management platform that streamlines requisitions, approvals, goods receipt, and stock levels, with reorder alerts and supplier records. The platform tracks order status end to end. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the platform reduced procurement delays and stock discrepancies, while achieving a high System Usability Scale score. The study recommends deployment in institutional procurement units.
2025 — Undergraduate
Development of a Web-Based Multi-Tenant Records Management Platform
This study developed a web-based multi-tenant records management platform that lets multiple units run isolated record stores with shared infrastructure, metadata standards, and retention rules. Users search records and manage lifecycle states. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the platform improved records organisation and tenant separation, while achieving a high System Usability Scale score. The study recommends adoption by multi-unit organisations.
2025 — Undergraduate
Development of a Centralised Student Database Management System
This study developed a centralised student database management system that consolidates admission, registration, and academic records under controlled access. The system supports import, validation, and standard reports. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Django, and PostgreSQL. The findings showed that the system reduced record duplication and retrieval time, while achieving a high System Usability Scale score. The study recommends deployment in departmental academic offices.
2025 — Undergraduate
Development of a Web-Based Workflow and Business Process Modelling Platform
This study developed a web-based workflow and business process modelling platform that lets analysts draw process steps, assign actors, and validate flows before automation. The platform documents process versions and bottlenecks. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the platform improved process documentation and redesign planning, while achieving a high System Usability Scale score. The study recommends adoption in process improvement teams.
2025 — Undergraduate
Development of a Requirements Management and Traceability System
This study developed a requirements management and traceability system that captures functional and non-functional requirements, links them to tests, and tracks change history. The system generates gap and coverage reports for analysts. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Flask, and SQLite. The findings showed that the system improved requirement clarity and reduced scope drift, while achieving a high System Usability Scale score. The study recommends use in system development projects.
2025 — Undergraduate
Design and Implementation of a Network Bandwidth Management Portal
This study designed and implemented a network bandwidth management portal that visualises traffic usage per department or user, enforces fair-use limits, and queues heavy downloads. The portal supports policy profiles and usage reports. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Node.js, Express, and MongoDB. The findings showed that the portal reduced congestion and made bandwidth allocation transparent, while achieving a high System Usability Scale score. The study recommends deployment on campus networks.
2025 — Undergraduate
Development of an IT Infrastructure Asset and Monitoring System
This study developed an IT infrastructure asset and monitoring system that registers servers, switches, and endpoints, tracks warranties and maintenance, and displays uptime summaries. The system alerts administrators to expiring contracts and offline assets. Adopting a client-server architecture and a survey-based usability evaluation, the system was built using Python, Django, and SQLite. The findings showed that the system improved asset visibility and maintenance planning, while achieving a high System Usability Scale score. The study recommends deployment in institutional ICT units.
2025 — Undergraduate