I’m a final year Mechanical Engineering student focused on drivetrain systems, CAD modelling, fabrication, and automotive product development. Passionate about motorsports and engineering, I enjoy building practical solutions that combine performance, design, and real world functionality.
Through Formula Student projects and freelance engineering work, I’ve developed strong problem solving skills and a hands-on approach toward manufacturing, testing, and innovation.
- Managed drivetrain design, testing, and coordination activities for the Formula Student team
- Coordinated technical activities across sub-teams and departments
- Represented the team at Formula Bharat 2025 and Formula Bharat 2026
- Led the design and technical decision-making activities within the team
- Designed and delivered real-world product solutions for external clients
- Created manufacturable 3D models, assemblies, and technical concepts based on client requirements
- Improved product functionality, fabrication feasibility, and overall design efficiency
- Managed complete workflow from concept development to final manufacturable CAD deliverables
- Completed one-month industrial training focused on manufacturing and mechanical engineering operations
- Observed machining, fabrication, and industrial production workflows
- Learned practical applications of manufacturing processes and workshop practices
- Gained exposure to engineering drawings, machine components, and production environments
Designed and tested a custom limited slip differential focused on torque distribution and drivetrain performance for Formula Student vehicles.
- Gear geometry & torque bias analysis
- FEA-driven CAD optimization
- Material selection & manufacturability study
- Published research in IJERT (2026)
Designed a lightweight upright using 4 mm 7075 aluminium sheet for racing applications.
- Optimized for reduced weight and manufacturability
- Puzzle-style layout simplified laser cutting and assembly
- Developed with fabrication focused design considerations
Developed a simple oil skimmer system for separating oil from water in industrial environments.
- Integrated a rotating plate mechanism for oil collection
- Focused on low-cost and practical fabrication
- Designed for efficient oil-water separation
Designed and fabricated a pipe-handling trolley for transporting heavy fire-fighting pipes in industrial environments.
- Improved handling safety and mobility
- Designed for practical on-site usage
- Manufactured and delivered four units to the client
Designed and fabricated an adjustable detachable tray attachment for salon chairs to improve workspace accessibility, organization, and operational efficiency.
- Adjustable and detachable mounting system
- Improved workspace efficiency for salon professionals
- Designed for practical day-to-day usability
- Team Leadership
- Project Planning
- Technical Documentation
- Problem Solving
- SolidWorks
- Creo
- AutoCAD
- ANSYS
- Excel
- Word
- PowerPoint
- CAD Modelling
- Drivetrain Systems
- Sheet Metal Design
- DFMA
- Engineering Analysis
- Design Calculations
- GD&T Basics
- Fabrication
- Laser Cutting
- Welding
- Assembly
- Prototype Development
- Drivetrain Systems
- Differential Design
- Vehicle Integration
- Testing
This paper presents the complete design and development process of a custom helical limited slip differential engineered specifically for Formula Student vehicle applications. The research covers gear geometry optimization, torque bias ratio estimation, material selection, and full FEA validation resulting in a lightweight, high performance drivetrain component suitable for competitive motorsport environments.
Something.
Open to full-time roles, internships, and freelance CAD work. Graduating June 2026 and ready to contribute from day one.