Bhargav Bandodkar

Passionate Automotive Engineer with hands-on experience in motorsport and automotive engineering, specializing in suspension systems, vehicle dynamics, and CAD modeling. I have contributed to top-tier projects such as Formula Student competitions, where I designed and optimized suspension systems for race cars. My technical proficiency spans across SolidWorks, ANSYS, MATLAB, and Simulink, with a strong background in real-world testing, analysis, and problem-solving.

At Shaurya Racing, I worked on the suspension team, contributing to the design, fabrication, and testing of our Formula Student car. I collaborated across teams on chassis fabrication and carbon fiber layering, which helped us secure 15th place at Formula Student India 2018. This experience taught me valuable skills in vehicle dynamics, cross-functional teamwork, and hands-on fabrication.

Building on this foundation, I am now part of the Brunel Masters Motorsport team, where I have further honed my skills by designing, optimizing, and testing suspension systems using advanced tools such as SolidWorks and ANSYS for FEA. I am also actively involved in real-world testing to enhance vehicle performance under high-stress conditions, furthering my knowledge of motorsport engineering.

Currently pursuing a Master’s in Automotive and Motorsport Engineering at Brunel University London, I am committed to applying innovative solutions in a fast-paced automotive environment, constantly pushing the limits of performance and precision engineering.

As a Student Ambassador at Brunel University, I was responsible for guiding prospective students on campus tours, providing them with firsthand insight into university life. This role was crucial in shaping their perceptions and decisions, significantly contributing to Brunel's recruitment efforts and ultimately generating revenue for the institution. I engaged with a diverse range of individuals, tailoring my communication to meet the needs and expectations of students and parents alike. By delivering clear, informative, and engaging tours, I ensured visitors left with a positive impression of the university. This experience honed my ability to work in dynamic environments, sharpened my interpersonal skills, and strengthened my ability to communicate complex information effectively.

Activities and societies: During my Master’s at Brunel University London, I specialized in Automotive and Motorsport Engineering with a strong focus on vehicle dynamics, suspension systems design, and advanced propulsion systems. I worked on hands-on projects including the Formula Student race car suspension optimization and Hybrid Electric Vehicle (HEV) propulsion simulation, using tools like SolidWorks, ANSYS, and MATLAB/Simulink.Activities and societies: During my Master’s at Brunel University London, I specialized in Automotive and Motorsport Engineering with a strong focus on vehicle dynamics, suspension systems design, and advanced propulsion systems. I worked on hands-on projects including the Formula Student race car suspension optimization and Hybrid Electric Vehicle (HEV) propulsion simulation, using tools like SolidWorks, ANSYS, and MATLAB/Simulink.

At Brunel University London, my Master’s in Automotive and Motorsport Engineering focused on integrating technical expertise with practical motorsport applications. My coursework and projects covered vehicle dynamics, suspension design, and advanced propulsion systems. I played a key role in the Formula Student race car, where I optimized the rear suspension system, reducing weight by 50% while maintaining performance. Additionally, I simulated Hybrid Electric Vehicle (HEV) propulsion systems using MATLAB/Simulink, focusing on energy recovery and efficiency. These experiences, coupled with advanced modules in business strategy and materials science, prepared me for the evolving challenges in the automotive and motorsport industries.