Tunde O P E Y E M I Adejumo

Ladoke Akintola university of technology, Ogbomoso, Oyo state, Nigeria., Electronic and Electrical Engineering, Alumnus

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I am a brilliant and innovative Electronic/Electrical Engineer with a passion for turning bold ideas into reality. With over five years of experience, I have developed a knack for solving complex problems and driving technological advancements.

I excel in team environments, breaking down complex concepts into actionable plans that inspire innovation and growth. My curiosity and love for learning drive me to stay ahead of the curve in industry trends and emerging technologies.

My research focuses on Wireless Communications and IoT, aiming to develop scalable solutions that transform industries. I'm not just an engineer; I'm a catalyst for progress, passionate about harnessing technology's power to create innovative solutions that make a lasting difference.

I thrive in environments where creativity and innovation reign supreme, always seeking opportunities to collaborate, learn, and grow. With a relentless drive to push boundaries, I've established myself as a leader in my field, poised to shape the future of technology and leave a lasting legacy.
Phone: +234 814 187 3513
Address: Nigeria

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IoT-Based Gas Leakage Detection and Monitoring System

by Tunde O P E Y E M I Adejumo and Philip O L U W A D U N S I N Ojo

International Journal Evolving Sustainable and Renewable Energy Solutions, 2025

Gas explosions in Nigeria have led to significant loss of lives and properties, with a rising tre... more Gas explosions in Nigeria have led to significant loss of lives and properties, with a rising trend over the past four years indicating a critical need for preventive solutions. This paper presents the development of an Internet of Things (IoT)-based system for the early detection and monitoring of Liquefied Petroleum Gas (LPG) leakages, aimed at reducing fire-related incidents in gas filling stations. The system is designed using an integrated circuit that incorporates gas sensors, an LCD display, a buzzer, and other supporting components, all interfaced with an ATmega328P microcontroller. Upon detection of gas leakage, real-time data is transmitted via GSM to a web-based application that handles data logging, analysis, and geographical tracking of gas stations. The web platform also serves as a tool for providing safety information and alerts to relevant stakeholders. Experimental results and performance evaluations indicate that the proposed system is effective in detecting gas leakages early, thereby enabling timely intervention and significantly reducing the risks of explosion. The system's deployment offers substantial benefits in terms of safety, economic loss prevention, and improved emergency response strategies within Nigeria's LPG distribution sector.

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DESIGN AND CONSTRUCTION OF A 1.5KVA SOLAR-POWERED INVERTER WITH IOT CAPABILITIES

by Tunde O P E Y E M I Adejumo, Philip O L U W A D U N S I N Ojo, and Adejumo, T.O

International Journal Evolving Sustainable and Renewable Energy Solutions, 2025

The increasing global demand for sustainable and reliable energy sources has accelerated the deve... more The increasing global demand for sustainable and reliable energy sources has accelerated the development of solar-powered systems. This paper presents the design and construction of a 1.5kVA solar-powered inverter integrated with Internet of Things (IoT) capabilities. The proposed inverter utilizes a photovoltaic (PV) array to harness solar energy, converting it to a stable AC output suitable for household or small business applications. The design encompasses critical components including a Maximum Power Point Tracking (MPPT) algorithm to optimize energy extraction from the PV system, and a robust inverter topology, ensuring efficient power conversion. To enhance functionality, the inverter is equipped with IoT technology, allowing real-time monitoring and control through a user-friendly mobile application (Blynk IoT). This integration enables users to access performance data, manage energy consumption, and receive alerts for system anomalies. The IoT module communicates with cloud services to provide remote access and analytics, facilitating proactive maintenance and improving system reliability.

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