Award-winning Mechanical Engineer driven by curiosity and a passion for learning across multiple disciplines.
Over the years, I have worked on projects spanning Formula Student and Mars Rover competitions, renewable energy research, and professional engineering challenges in the commercial vehicle industry. These experiences have taught me to approach problems from both analytical and practical perspectives, whether in research, industry, or field operations.
I am particularly interested in sustainable technologies, renewable energy systems, and creating solutions that bridge theory and real-world situation. I believe real impact comes from blending creativity with proper theretical knowledge and practical experience.
I’m a knowledge seeker who looks to gain insights from almost every field necessary for growth, always eager to learn something new and implement ideas practically.
Throughout my university life, I’ve been involved in exciting projects, like working as part of a Mars rover team, where collaboration was the key to developing Robotic systems capable of handling complex tasks. I’ve worked on some personal projects, exploring innovative solutions independently.
In addition to this, I have gained substantial knowledge, practical and professional experience in the Automobile and Manufacturing Industry of Bangladesh. It initially started with my university’s Formula Student team, where I was responsible for the design and manufacturing of the steering wheel. I participated onsite in Formula Student Combustion China 2025, leading the steering team under high-pressure situations. Furthermore, my internship at Runner Automobiles PLC, one of the largest automobile manufacturing plants in Bangladesh, provided me with direct production industry exposure and insight into the country’s manufacturing capabilities. After graduation, in my professional job as a Senior Executive Engineer at Runner Motors PLC, I was responsible for conducting troubleshooting and problem-solving analyses, making timely warranty decisions in compliance with manufacturer standards.
My undergraduate thesis focused on Renewable Energy, where I tried to find how Floating Solar Photovoltaics can reduce land use pressure while helping meet rising electricity demand in Bangladesh. This study develops a structured method to evaluate and compare multiple water bodies across the country using Multi Criteria Decision Analysis process. The research identifies the most suitable locations by combining site selection analysis with technical and economic evaluation. It ultimately highlights priority areas for investment and shows where floating solar can be most effective for sustainable energy development.
Outside of engineering, I find joy in educational content creation, explaining modern engineering excellences, making documentaries and create impactful videos. Guiding a community of 30,000 followers across Facebook and Youtube by producing educational content as a hobby keeps me inspired. It fuels my creativity and offers a balance to my work.
I’m always eager to connect with curious and passionate individuals who are ready to explore new ideas, collaborate on meaningful projects, and make a difference. If you’re interested in research discussions, creative collaborations, or simply sharing insights, let’s connect and turn our ideas into reality together!
You can contact me through the contact info given below! Email is preferred.
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