// Mechanical Engineer · HAN University
// 01 — About
From India to the Netherlands — I chose HAN University of Applied Sciences deliberately. Not for prestige, but for its "Applied Science" approach: a curriculum where theory is inseparable from physical systems. I didn't want to understand equations in a vacuum. I wanted to build the thing.
My pull toward mechanical engineering runs deep. It's the one discipline that hands you the complete toolkit — thermodynamics, mechanics, materials science — and asks you to do something useful with it. For me, that utility points squarely at high-performance automotive design. The physics that allows an F1 car to generate more downforce than it weighs at 200 km/h is the same physics I study every day. That proximity drives me.
I'm inspired by the generation of engineers and drivers who operated at the edge: Senna's commitment, Lauda's resilience, Hamilton's precision. What separates that elite level isn't just raw talent — it's the relentless refinement of every variable until marginal gains compound into something extraordinary. That's the standard I hold my engineering to.
I have secured my 3rd-year internship as a Mechanical R&D Intern at Gravity Gardens in Nijmegen, Netherlands, starting September 2026. I am excited to apply transient thermodynamic and kinematic models to physical, high-performance R&D systems. Long-term, my focus remains on engineering environments where innovation is the baseline.
// 02 — Education
HAN University of Applied Sciences · Arnhem
Completed 1st Year Propedeuse (60 credits)
Grade Average: 8.0 / 10
Relevant Coursework: Powertrain, Heat Transfer, Thermo, Energy Systems, Production, Statics, Dynamics, SolidWorks, Material Science.
// Languages
// 03 — Experience
Gravity Gardens · Nijmegen, Netherlands
HAN Competitive Robotics
HART (HAN Automotive Rally Team)
HAN Mechanical Engineering
// 04 — Tech Telemetry
// 05 — Projects
Future R&D project exploring high-precision linkage systems for Formula 1 flap actuation under 300+ KPH loads.
Design, mathematical modeling, and CFD/Simulink simulation of a water-based thermal storage unit.
Designed and manufactured a wind turbine to connect to a pump, helping pump water for land drainage.
Structural redesign using FEM simulations (static, buckling, frequency) to meet strict industrial requirements.
Research and prototyping of torsional spring storage systems; secured 2nd place in professional competition.
// 06 — Certifications
Vol-VCA Workshop Safety Certificate
This certificate certifies that I am qualified to work safely in a workshop environment, having demonstrated knowledge of essential safety protocols and best practices.
Propaedeutic Certificate
Institution: HAN University of Applied Sciences
Issued: July 2025
Description: Awarded for successfully completing my first year (propaedeutic year) and
earning all 60 credits required for progression in the BSc Mechanical Engineering program.
// 07 — Lifestyle
Capturing motorsport and high-performance machines with a focus on aerodynamics and technical aesthetics.
Exploring new landscapes and maintaining physical performance through road cycling and biking.
Following technical developments and race strategy in the pinnacle of motorsport engineering.
Spending hands-on time working on cars and bikes to understand mechanical systems from the ground up.
// 08 — Contact