Author: Prasad Kulkarni

Prasad Kulkarni

Short Bio

Prasad Kulkarni works as Manager – Body Structures at Mahindra Integrated Business Solutions (formerly Mahindra Automotive North America). He has over 25 years of global experience in Automotive BIW structural design. His core experience includes crashworthiness engineering, lightweighting technologies, and advanced manufacturing technologies for passenger vehicles in both ICE and EV platforms. Over the years, Prasad has led structural design programs for the entire vehicle development from concept to production. With special focus on occupant protection and EV safety conforming to Bharat NCAP, Euro NCAP, and FMVSS regulations, he pioneered the adoption of hot-stamped steels, aluminum, and AI-based optimization to design safer, lighter, and sustainable vehicle body structures. Beyond the office work, Prasad spends his time mentoring the next generation of engineers. He conducts STEM classes for students and guides their interest in design engineering and the science behind it. By demonstrating how fundamental principles of engineering are used in real-world applications, he motivates students to shape their careers from school to advanced engineering design through STEM education. Prasad is committed to encouraging safe, sustainable mobility and sharing his vast experience-based insights with the global engineering fraternity.

Extended Bio

Prasad Kulkarni has spent more than a quarter-century making vehicles safer, lighter, and more sustainable — from the drawing board to the production line. He is an automotive engineering leader with over 25 years of global experience in Body-in-White (BIW) structural design, currently serving as Manager – Body Structures at Mahindra Integrated Business Solutions.His core expertise spans crashworthiness engineering — designing structures that protect occupants in collisions — lightweighting technologies that reduce vehicle mass without compromising safety, and advanced manufacturing technologies that make it possible to produce complex structural components at scale. He has worked across both internal combustion engine (ICE) and electric vehicle (EV) platforms, bringing his structural design expertise to the full range of passenger vehicle architectures.Over his career, Prasad has led structural design programs from concept to production — overseeing the entire lifecycle of vehicle body development. This means he has been responsible not just for designing components, but for ensuring that those designs can be manufactured, assembled, and certified for sale in multiple global markets. His work has been guided by the most stringent safety standards: Bharat NCAP, Euro NCAP, and FMVSS (Federal Motor Vehicle Safety Standards) regulations.He has been a pioneer in the adoption of hot-stamped steels — ultra-high-strength materials that are formed at high temperatures to achieve complex shapes with exceptional crash performance. He has integrated aluminum structures into vehicle bodies, reducing weight while maintaining structural integrity. And he has embraced AI-based optimization, using computational tools to explore design spaces that would be impossible to navigate with traditional methods. The result: body structures that are safer, lighter, and more sustainable.But Prasad's impact extends beyond the vehicles he has designed. He is deeply committed to mentoring the next generation of engineers, conducting STEM classes for students and guiding their interest in design engineering. He demonstrates how fundamental principles of engineering — physics, materials science, mechanics — are applied in real-world automotive engineering, motivating students to pursue careers in engineering from school through advanced study.He writes for the automotive engineer working on structural design, the student exploring a career in vehicle engineering, the EV industry professional looking for insights into lightweighting and safety, and anyone committed to the future of safe, sustainable mobility.

Primary Beats

• Automotive BIW Structural Design & Crashworthiness Engineering: The principles of Body-in-White design for passenger vehicles; designing structures that protect occupants in frontal, side, rear, and rollover crashes; energy absorption paths and load distribution; meeting global crashworthiness standards (Bharat NCAP, Euro NCAP, FMVSS).
• Lightweighting Technologies & Advanced Materials (Hot-Stamped Steels, Aluminum): Reducing vehicle weight without compromising safety; hot-stamped steel — process, properties, and applications; aluminum body structures — design considerations and joining technologies; the trade-offs between weight, cost, strength, and manufacturability.
• EV Platform Structural Design & Battery Safety: Unique structural challenges of electric vehicles — battery pack integration, floor reinforcement, and side impact protection; designing for occupant protection in EV-specific crash scenarios; thermal runaway protection and structural integrity of battery enclosures; regulatory compliance for EV safety.
• AI-Based Optimization & Sustainable Mobility: Using artificial intelligence and computational optimization in structural design; generative design and topology optimization for lightweight structures; the role of advanced manufacturing in enabling sustainable vehicle production; Prasad's vision for safe, sustainable, and intelligent mobility.