As Team Manager and Head of the Management Department for a high-performing Formula Student team, I led our group to achieve several remarkable milestones. Our journey reflects our technical prowess, strategic planning, and commitment to excellence. Key achievements include:2023 PIev Concept Challenge-Led the team to a 9th place finish, showcasing our innovative approach and technical expertise.2023 Formula BharatGuided the team to an 8th place finish in the Business Plan Presentation, highlighting our strong business acumen and strategic vision.2024 Formula Student Germany QualificationQualified as one of only two Indian teams to make it to Formula Student Germany this year—our first qualification in 8 years—marking a significant achievement in our team’s international competitiveness.Leadership & Team DevelopmentBuilt a collaborative and supportive team culture, encouraging each member to maximize their contributions toward our shared vision.Project & Operations ManagementOversaw planning, budgeting, and cross-departmental coordination to meet project milestones effectively and efficiently.Business Strategy & PresentationDeveloped a competitive business plan that emphasized our project’s technical strengths and market feasibility, earning national recognition for our team.As the team manager for a high-performing Formula Student team, I had the privilege of leading a talented group of engineering enthusiasts to remarkable success. With a clear vision and strategic focus, I guided my team to a 9th place finish in the PIev category at the prestigious FSEV Concept Challenge. Additionally, we secured an 8th place finish in the Business Plan Presentation at Formula Bharat

As a Founding Board Member for the Student Chapter of ASM International (American Society for Materials), I played an integral role in launching a chapter affiliated with ASM International, a global organization dedicated to advancing materials science and engineering. This chapter aims to bridge students with industry experts, fostering a collaborative environment for learning, networking, and professional development in materials science.Key contributions include:Chapter Establishment and DevelopmentCollaborated with ASM International to establish an officially recognized student chapter, creating a platform for students to connect with the broader materials science community.Student Engagement and EventsOrganized technical workshops, guest lectures, and networking events to help students gain hands-on experience and insights into the latest developments in materials science.Promoting Materials Science KnowledgeFocused on building awareness and engagement in materials science, encouraging students to explore diverse career paths and innovations in the field.

Held a core session on the topic "How Aerodynamics Improve Lap Times".

During my 3-month internship at Tata Motors, I worked in Prototype Manufacturing as a BIW (Body in White) Assembly Quality Analytics Engineer, focusing on dimensional variation analysis for the underbody panel of the Tata Harrier. My role involved applying Six Sigma methodologies and advanced 3D software to ensure high standards of precision and quality in prototype manufacturing for one of Tata Motors' flagship vehicles.Key responsibilities and achievements include:Dimensional Variation Analysis Using PIST PointsConducted detailed dimensional variation analysis with PIST points to verify structural accuracy, supporting high-quality manufacturing for the prototype underbody panel.3D Modeling and Quality Analytics with CATIALeveraged CATIA and other 3D modeling software for in-depth analyses, identifying deviations and making data-driven recommendations to enhance prototype accuracy and assembly quality.Application of Six Sigma MethodologiesIntegrated Six Sigma principles to analyze and reduce variation, systematically improving quality outcomes in line with Tata Motors' standards for prototype manufacturing.Cross-Functional Collaboration with Engineering TeamsWorked closely with engineering teams to align on quality standards and implement necessary corrections, contributing to the structural integrity of the prototype.