Highly motivated and versatile engineering professional with a strong foundation in both practical and research-focused projects. Excelled as a national finalist in the IMechE Design Competition by creating a self-driving buggy, demonstrating advanced mechatronics and AI integration. Gained hands-on experience in QSHE procedures during an engineering internship, ensuring building compliance and optimal system performance. Proficient in MATLAB, C++, Python, SolidWorks, ANSYS Fluent, and Abaqus, evidenced by reverse-engineering a webcam into a functional microscope and optimizing heat sink designs for enhanced cooling. Adept at cross-functional collaboration, analytical thinking, and delivering inclusive academic support, consistently aiming to surpass technical and professional goals.
National Finalist - iMechE National Design Challenge
Regional Champion - iMechE National Design Challenge