ELISHA EDINYANG

With a blend of academic excellence, practical experience, and a passion for growth, I am eager to embark on a journey of professional excellence fueled by a commitment to continuous learning and growth at your esteemed institution. Equipped with a solid foundation in automotive engineering, I bring a strong desire to contribute my skills and knowledge to drive innovation and success in the industry. My dedication to staying abreast of the latest advancements and my ability to apply theoretical concepts in practical settings make me an asset to any team. Excited to leverage my expertise and enthusiasm to make a meaningful impact in the field of automotive engineering.

• Collaborated with team of four in the Conversion of a Fossil Fuel Engine Vehicle to an Electric Vehicle, 2023. (Group Project)

Converting a fossil fuel engine vehicle to an electric vehicle is a transformative process that offers significant environmental and economic benefits. This project has detailed the essential steps, from removing the internal combustion engine to installing the electric motor and battery system. By following these procedures, we can reduce greenhouse gas emissions, lower operating costs, and contribute to a more sustainable future. This conversion not only extends the life of existing vehicles but also promotes the adoption of cleaner, more efficient transportation solutions.

• Designed and analyzed piston heads designs using ANSYS, incorporating three different head shapes (flat, concave, and dome) and three distinct material types (stainless steel, structural steel, and gray cast iron), 2023. (Group Project)

Generally, dome heads tend to have higher temperatures, while flat heads exhibit lower temperatures. Among the materials, stainless steel has the lowest temperature ranges, followed by gray cast iron, with structural steel showing the highest temperature ranges.

• Design of a Chevy Camaro using Blender, 2022. (Personal project)

Designing a Chevy Camaro using Blender showcases the powerful capabilities of 3D modeling software in automotive design. This project has demonstrated the step-by-step process of creating a detailed and accurate model, from initial sketches to the final render. By leveraging Blender’s tools and features, I achieved a high level of realism and precision, making it an invaluable resource for designers and enthusiasts. This project not only enhances my skills in digital modeling but also opens up new possibilities for innovation and creativity in the field of automotive design.

• Paint mix, 2022. (Personal project)

Achieving a dirty green colour through paint mixing requires a precise blend of specific pigments. This project has highlighted the importance of understanding colour theory and the properties of different pigments to create the desired shade. By experimenting with various combinations and proportions, I could consistently produce a dirty green color that meets aesthetic and functional requirements. This knowledge is invaluable for artists, designers, and manufacturers aiming to achieve specific color outcomes in their work.

• Petrol and diesel fuel engine overhauling, 2019, 2021, 2022, 2023. (Group project)

Overhauling petrol and diesel engines is a complex but essential process to restore engine performance and extend the lifespan of vehicles. This project has outlined the critical steps involved, from disassembly and inspection to reassembly and testing. By following meticulous procedures and using the right tools, the efficiency and reliability of both petrol and diesel engines can be significantly improved. This overhaul not only enhances engine performance but also contributes to better fuel economy and reduced emissions, ensuring the vehicle operates at its optimal level.

• Changing of a Toyota Highlander chassis, 2019. (Group project)

In conclusion, changing the chassis of a Toyota Highlander requires careful planning and precise execution. This project has demonstrated the essential steps, from removing the old chassis to installing the new one, ensuring the vehicle’s reliability and safety. This process not only extends the Highlander’s lifespan but also enhances its performance.

• Social Media Marketing Certificate – I completed a course on social media marketing on hubspot academy and was awarded a certificate in social media marketing in 2023.
• Final Year Project Manager/ Team Leader - In 2023, I led a team of automotive engineering students in converting a fossil fuel engine vehicle to an electric vehicle for our final year project. I was also responsible for managing our budget, which exceeded ₦850,000.
• NUESA Elizade University Most Fashionable Male – I was awarded the most fashionable male in the engineering faculty for being the best dressed male student in June, 2023 engineering week
• Chief Whip for Student Representative Council – I was nominated to represent the department of automotive engineering and was also nominated as the chief whip for the university’s Student Representative Council (SRC) 2021/2022
• Red Cross Member - I underwent red cross training and wrote an exam which I passed and was awarded a certificate as a member of the red cross society. 2017.
• Assistant School Prefect – I was the assistant school prefect in Deeper Life High School 2017/2018 academic session.
• School Prefect – I was the school prefect in Aunty Harrison Crèche Nursery and Primary School 2011/2012 academic session.
• Course Representative - I served as the course representative for multiple course lecturers over two academic years. 2021/2023.
• Mentor to final year students - Upon my graduation in 2023, my final year project—converting an internal combustion engine vehicle to an electric vehicle—gained significant attention from the 2024 final year students. I received numerous calls and messages from these students seeking mentorship. By providing academic guidance, I helped 95% of my mentees achieve an A or B in their projects and presentations.

Nigerian Society of Engineers