Worked as an R & D E ngineer which involves,Design, develop, and implement automated mechanical systems and processes to improve manufacturing efficiency and productivity.Collaborate with electrical engineers, software developers, and other team members to integrate mechanical and automation systems seamlessly.Conduct feasibility studies and risk assessments for automation projects, considering factors such as cost, performance, and safety.Stay updated on emerging technologies and best practices in mechanical automation, applying knowledge to drive innovation and continuous improvement.Collaborate with external vendors, contractors, and consultants as necessary to support automation initiatives.

During my internship, my primary assignment involved crafting learning experiences tailored for users of Ansys software. This encompassed a multifaceted array of responsibilities, including editing and crafting training materials across diverse formats, validating practical workshops within updated software iterations, offering feedback on extant materials, and generating fresh training content from the ground up. Furthermore, I led workshops covering Ansys FEA, Ansys Fluent, Ansys Structure, and Topology Optimization packages. Complementing this, I developed educational videos and user interfaces employing Articulate 360 and Storyline formats.

During my tenure at TATA Technologies, I served as a project trainee within the Chassis Application Engineering Department.One of the projects I contributed to was titled "Design and Analysis of Load Body of TATA Low Platform Truck." My responsibilities included assisting with the static structural analysis of the truck's load body, working closely with the CAE Department to ensure the integrity and performance of the design.