About
I am an automotive engineer working on electric vehicles, with an MSc in Automotive Engineering for Electric Vehicles from the University of Bedfordshire and a first-class BEng in Electrical and Electronics Engineering specialising in electric vehicles.
My background sits across mechanical design, vehicle dynamics and simulation-driven analysis — CAD, FEA and CFD. My dissertation was an aerodynamic study of a multi-element Formula Student front wing, where iterative optimisation in ANSYS Fluent produced roughly a 45% reduction in aerodynamic drag alongside improved aerodynamic efficiency.
Alongside the MSc I was on chassis for Formula Student Bedfordshire Racing, competing in Concept Class. That work took the chassis from concept design through build and in-house track testing, against stiffness, packaging and cost targets on a fixed competition deadline. The most useful thing I took from it was not the CAD: it was tracing an instability under acceleration back to compliance in the rear engine mounting, revising the mounting, and confirming the fix through driver feedback across subsequent runs.
I am looking for a graduate programme in vehicle engineering, with particular interest in simulation-led design, validation and quality assurance.
Education
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May 2025 – May 2026
MSc Automotive Engineering for Electric Vehicles
University of Bedfordshire, Luton, UK
2:1
Core modules
- Thermodynamics, Heat Transfer & Fluid Dynamics
- Computational Fluid Dynamics
- Vehicle Dynamics & Performance
- Automotive Electronics & Control Systems
- Engineering Analysis & Numerical Modelling
- Dissertation: aerodynamic performance analysis and optimisation of a multi-element Formula Student front wing using CFD.
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Jun 2020 – May 2024
BEng Electrical & Electronics Engineering (specialisation Electric Vehicles)
Bharath Institute of Higher Education and Research, India
First Class Honours
- Electrical circuits and power systems
- Electrical machines and power electronics
- Control and embedded systems
- Automotive electronics
- EV technologies and battery systems
Skills
Levels are self-assessed on a five-point scale and reflect what I have actually used on the projects on this site, not course coverage.
Design and CAD
- SOLIDWORKS Three full chassis design iterations, Concept Class
- SpaceClaim Geometry preparation and clean-up for CFD
- Engineering drawing and GD&T
Simulation and analysis
- ANSYS Fluent Multi-element front wing study, MSc dissertation
- CFD Meshing, turbulence model selection, mesh independence
- FEA
- Meshing
- Engineering analysis and numerical modelling
Vehicle engineering
- Vehicle dynamics
- Aerodynamics
- Chassis design and packaging
- Track testing and driver feedback
EV systems
- Battery systems
- Power electronics
- Motor control
- Automotive electronics and control systems
Tools
- Excel
Memberships
Languages
- English — Full professional
- Telugu — Native
Certifications and licences
- Full UK driving licence