Conducted 60 simulations on a battery thermal management system (BTMS) using nanofluids to optimize thermal performance for electric vehicle applications. Assisted in modifying the system design based on simulation results, improving thermal conductivity by up to 15% using optimized nanofluid properties.

Completed multiple 3D models and simulation tasks using CREO for CAD modeling, ANSYS for structural and thermal analysis, and HyperWorks for optimization and simulations. Gained hands-on experience with ANSYS, CREO, and HyperWorks, applying them to design and simulate mechanical systems.

During my internship at HiTech India Pvt Ltd, I gained hands-on experience in the intricate world of manufacturing, focusing on Military Grade connectors. I was immersed in various aspects of the manufacturing process, from initial design to final production, which provided me with a comprehensive understanding of the precision and rigor required for these high-performance components.In addition to practical manufacturing skills, I had the opportunity to enhance my technical proficiency by learning and utilizing industry-standard software such as AutoCAD, SolidWorks, and CATIA. These tools were instrumental in designing and simulating complex components, which significantly improved my CAD skills and deepened my understanding of engineering design principles.The internship also introduced me to cutting-edge technologies like 3D printing, where I explored its applications in prototyping and production. This experience highlighted the transformative impact of additive manufacturing on design flexibility and efficiency.Furthermore, I was exposed to the electric tractor manufacturing process, gaining insights into the assembly, integration, and testing of these innovative vehicles. This experience broadened my knowledge of sustainable technology and the future of automotive engineering.

During my industrial training at the National Small Industries Corporation (NSIC), I gained invaluable experience in CNC programming and operation, specifically in milling and turning processes. This hands-on training provided me with a deep understanding of the intricacies involved in operating CNC machines and executing precise manufacturing tasks.I focused on mastering CNC programming, learning to write and interpret G-codes, which are essential for controlling the machine's movements and operations. This involved developing proficiency in programming techniques and understanding how to input these codes effectively to achieve accurate and efficient machining results.Additionally, my training included quality control, where I learned to assess and ensure the precision and quality of the manufactured components. This involved using various measurement tools and techniques to verify that each part met the required specifications and standards.