The Architecture Behind 15-Minute EV Fast Charging
A deep dive into the thermal, electrical, and mechanical challenges of enabling 4C charge rates and designing the interconnects that make it safe and viable.
Read ArticleI specialize in robust mechanical design, EV charging infrastructure, and precision robotic systems. With over 5,000 hours of CAD experience and a passion for thermal dynamics, I bring complex hardware concepts to mass-production reality.
I am a highly driven Mechanical Engineering Manager and System Integration Expert with a proven track record in the Electric Vehicle (EV) and Defense sectors. With over 5,000+ hours of advanced CAD experience in Solidworks, I specialize in transforming conceptual designs into mass-produced, robust physical products.
My expertise spans across designing 15-minute fast-charging infrastructures, developing IP/IK-rated active and passive thermal management enclosures, and engineering high-precision inertially stabilized robotic systems for aerospace and military applications. I excel in cross-functional team leadership, rapid prototyping, and executing rigorous GD&T standards to ensure unparalleled manufacturing quality.
SUPRA SAE India 2014
Worked in a 25-member team to design, analyze, and fabricate manufacturing components, chassis, and the braking system of a Formula type race car. Secured overall 23rd rank out of 210 teams nationally.
SAE Efficycle 2014
Designed, analyzed, and fabricated the chassis and suspension system in an 8-member team. Presented the vehicle at the National level competition and secured 58th rank among 263 teams.
MAHLE Engine Components (Internship)
Designed an automation system for the complete Volvo camshaft machining line. The system design was highly appreciated, accepted, and forwarded to higher authorities for full implementation.
A deep dive into the thermal, electrical, and mechanical challenges of enabling 4C charge rates and designing the interconnects that make it safe and viable.
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How proper Geometric Dimensioning and Tolerancing ensures reliability and mass production viability for inertially stabilized systems used in extreme environments.
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Key considerations and common pitfalls when moving from 3D printed proof-of-concepts to high-volume injection molding tooling for consumer hardware.
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