IMPLEMENTATION

This project focuses on the design and implementation of a controlled environment vertical farming system for tomato production in Benin City. The system integrates climate control, automated irrigation, and hydroponic nutrient delivery to optimize plant growth and resource efficiency. Key components include temperature and humidity sensors, an automated irrigation system, and a microcontroller-based control unit for real-time monitoring and adjustments. The vertical farming setup was designed to maximize space utilization while reducing water consumption and dependency on
chemical fertilizers. The implementation process involved system calibration, sensor integration, and performance evaluation to assess its impact on crop yield and sustainability. Results indicate that the controlled environment significantly enhanced tomato growth, minimized pest infestations, and improved overall yield compared to conventional soil- based farming methods. However, challenges such as high initial investment costs and power dependency were noted, necessitating the integration of renewable energy sources for long-term viability. This study demonstrates the potential of vertical farming as a sustainable and scalable solution for urban agriculture, addressing food security concerns while promoting resource-efficient farming practices. The findings suggest that further research into automation, AI-driven climate control, and localized material sourcing could enhance system performance and accessibility for wider adoption..

The Implementation of electronic health records (EHRs) has gained significance in
improving healthcare delivery globally. This study aims to conduct a comparative study on the implementation of EHRs in the private and public sectors for health care delivery in Edo state, Nigeria. The general objective of this study was to assess the role and implementation of electronic health record to selected private and public sector for healthcare delivery in Edo state. The research was to explore the current state of EHR implementation in both sectors, identify the barriers and challenges faced during implementation, and analyze the impact of EHRs on healthcare quality and efficiency in Edo state. A mixed-methods research approach was employed, incorporating quantitative data collection through surveys and qualitative data collection through interviews and focus. The findings of this study will provide valuable insights into the strengths and weaknesses of EHR implementation in the private and public sectors in Edo state and will inform policymakers and healthcare professionals on best practices and strategies to maximize the benefits of EHR adoption for improved healthcare delivery in Edo state, Nigeria. Specifically, it recommended that the selected health institutions both public and private should ensure the availability of finances, adequate staff training in the technical know-how of the technological advancement, also be technical infrastructures and manpower like electronic record managers, ICT support staff and computer medical devices. This research will contribute to the existing literature on EHR in the context private and
public health care delivery in Edo state and Nigeria, where few research has been conducted on this topic

The increasing demand for secure, transparent, and efficient electoral processes has led to the adoption of online voting systems in universities. This project presents a PHP-based online voting system designed to provide a secure, user-friendly, and tamper-proof election platform for universities. The system enables student authentication, candidate registration, real-time vote tallying, and automatic result generation after a set period. Security measures such as one-time voting enforcement and database encryption ensure election integrity. By leveraging web technologies, this system enhances electoral accessibility while minimizing fraud and administrative overhead, offering a scalable solution for university elections

This project presents the design and implementation of a Class Academic Resource Distribution System developed for the Department of Computer Science, University of Benin. The system was created to solve the problem of disorganized and unverified learning materials shared through informal channels such as WhatsApp and Google Drive. It provides a centralized web-based platform where lecturers and class representatives can upload course-specific, lecturer-approved materials, while students can easily access them in one place. The project adopted the Rapid Application Development (RAD) methodology and was implemented using HTML, CSS, Python (Django), and MySQL. System testing confirmed efficient performance, secure access control, and reliable file management. The platform successfully improves accuracy, accessibility, and communication among students, lecturers, and class representatives, laying a strong foundation for future departmental and university- wide deployment

Sales order accounting system development is essential for modern retail businesses seeking to eliminate the inefficiencies of manual sales processing, inventory tracking, and financial reporting. This project presents the design and implementation of a fully automated, client-side sales order accounting system built with HTML5, CSS3, vanilla JavaScript, and localStorage. The system integrates seamless sales order creation with unique identifiers and real-time input validation, dynamic inventory management featuring instant stock updates and proactive low-stock alerts, and comprehensive financial reporting modules that generate daily sales summaries, profit-and-loss statements, and exportable transaction logs. It also supports basic marketing functions by enabling secure export of customer purchase records for personalized email or SMS promotions. The application runs entirely offline, supports cross-session data persistence, and features a clean, intuitive, mobile-responsive interface, making it suitable for small businesses with limited technical infrastructure. Although Shoprite is referenced as an example of a large retailer already using computerized systems, this solution is specifically designed to provide small businesses with an affordable, scalable blueprint for digital transformation. Rigorous testing showed 98% accuracy in transaction processing, a 70% reduction in order-processing time, and a 4.7/5 satisfaction rating from test users, demonstrating its reliability, efficiency, and practical value in real retail environments.

Libraries are an essential part of academic and records region of any school. The fulfillment of any library in large part relies upon on right management. This project work aims at the creation of web based library management system that will encourage e-learning by providing access to a wide variety of digitalized materials, articles, past questions and more to various researchers and students. This was created to solve the ever increasing demand of information by students and researchers in the University of Benin. With the E-library system we now have the capacity to process, organize and provide information faster and more detailed to users. Thereby saving cost and increasing the accessibility level of information not just in the institution but on a global stage

The Hybrid Pick and Drop Robotic Arm project presents a versatile robotic arm system capable of both manual and automatic operation. The robotic arm is designed with the flexibility to be controlled either by a user through manual inputs or autonomously through programmed commands. This hybrid functionality allows the robotic arm to adapt to various scenarios and tasks, offering a blend of precision and user control. The project utilizes a combination of sensors, including an infrared (IR) proximity sensor and an IR receiver, to enable efficient object detection and remote-control capabilities. The Atmega382p microcontroller serves as the central processing unit, coordinating the actions of the robotic arm based on sensor inputs and user commands. The inclusion of a DC-DC buck converter ensures efficient power management for the system, optimizing its performance in both manual and automatic modes. Through this project, the concept of a hybrid robotic arm is demonstrated, showcasing its potential applications in industries requiring a mix of manual dexterity and automated precision. The project’s design and implementation offer insights into the development of adaptable robotic systems, highlighting the importance of flexibility and user-friendliness in robotics technology. Keywords: Hybrid, Robotic Arm, Manual Control, Automatic Control, Object Detection, Remote Control.