Transforming ideas into manufacturable products.
Rapid prototyping for engineering and custom parts.
Mechanical Engineering graduate with a strong interest in drivetrain systems, CAD modelling, fabrication, and automotive product development. Passionate about motorsports, I enjoy transforming engineering concepts into practical, high-performance solutions through innovative design, analysis, and hands-on manufacturing experience.
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
- Catia V5
- 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.
Outstanding contribution to STES Racing and the team's achievements during the academic year 2024–25.
From concept to manufacturing.
Rapid prototyping for engineering and custom parts.
Something.
Open to full-time roles, internships, and freelance CAD work. Graduating June 2026 and ready to contribute from day one.