Internship on Electric Vehicle using CFD

Embark on an enriching 30-day internship program focused on Electric Vehicles using Computational Fluid Dynamics (CFD). The automotive sector has undergone a rapid transformation with the widespread adoption of Electric Vehicles (EVs), creating numerous job opportunities for engineers across various disciplines. This internship is designed to provide comprehensive insights into the world of simulation, battery thermal management systems, and foundational knowledge related to Electric Vehicles.

Throughout the internship, participants will engage with three carefully curated projects, with the expectation to successfully complete two of them. These projects are thoughtfully aligned with industry needs, offering participants practical exposure to the intricacies of Electric Vehicle technology.

To ensure success, participants will receive dedicated guidance, equipping them with the technical knowledge and resources necessary to excel in their internship projects. This hands-on approach aims to bridge the gap between theoretical understanding and practical application.

 Upon meeting the internship requirements, participants will be presented with a Letter of Recommendation and an Internship Completion Certificate, acknowledging their commitment and achievements during the program. Beyond project-based learning, the internship places a strong emphasis on professional development.

Participants will be guided on resume creation and LinkedIn profile optimization to empower them to effectively showcase their newly acquired skills and experiences, positioning them for future opportunities in the dynamic Electric Vehicle industry.

To enroll in this dynamic program, please complete the provided Google form and ensure to upload a relevant ID card for verification purposes. This internship not only imparts essential knowledge in Electric Vehicles and CFD but also provides strategic guidance to help participants seize future opportunities in the ever-evolving landscape of Electric Vehicle technology.