

Accomplished Hardware Group Manager with 22 years of international experience, including 15 years at Bosch BGSW, leading the development of complex embedded hardware, ADAS compute platforms, and automotive HPC systems. Demonstrated success in building and guiding high-performing global engineering teams, driving innovation, and delivering robust, cost-optimized hardware architectures for automotive and industrial applications.
Proven expertise in strategic technical leadership, roadmap planning, budget ownership, supplier collaboration, and end-to-end program execution. Adept at partnering with cross-functional teams across hardware, software, systems, and validation to deliver next-generation compute and control solutions.
Successfully led major programs for Daimler, Volvo, MAN, Scania, Ford Otosan, TATA, Ashok Leyland and multiple Bosch global units, achieving consistent recognition for innovation excellence, high-speed design competency, and best-in-class team performance.
• Lead end-to-end development of next-generation ADAS compute platforms, high-performance controllers, and SDV-ready hardware architectures.
• Drive architecture definition, design reviews, technical governance, and cross-domain decision-making for compute ECUs, SoC-based platforms, sensor fusion controllers, and HPC products.
• Mentor and guide global teams on high-speed digital design, SoC bring-up, DDR/PCIe layout, signal integrity, and thermal/power optimization.
• Establish technical strategy, innovation roadmap, and long-term platform evolution for automotive compute domains.
• Engineered advanced surveillance and reconnaissance robots for public safety and industrial security.
• Architected rugged robotics hardware by integrating sensors, cameras, and embedded computing.
• Delivered high-reliability PCB designs with a focus on signal integrity and efficient power management.
• Collaborated with cross-functional teams to improve hardware-software integration in critical systems.
• Engineered electro-mechanical digital control chuck valves to enhance operational efficiency.
• Developed prototype for electro-mechanical control systems, improving functionality and reliability.
• Designed high-power electromagnetic lifter system for optimized material handling applications.
Hardware Program Manager, 09/2010 - Current
Robert Bosch Engineering and Business Solutions Limited, Bangalore, Karnataka
· Lead end-to-end development of next-generation ADAS compute platforms, high-performance controllers, and SDV-ready hardware architectures.
· Drive architecture definition, design reviews, technical governance, and cross-domain decision-making for compute ECUs, SoC-based platforms, sensor fusion controllers, and HPC products.
· Mentor and guide global teams on high-speed digital design, SoC bring-up, DDR/PCIe layout, signal integrity, and thermal/power optimization.
· Establish technical strategy, innovation roadmap, and long-term platform evolution for automotive compute domains.
Accomplished Hardware Group Manager with 22 years of international experience, including 15 years at Bosch BGSW, leading the development of complex embedded hardware, ADAS compute platforms, and automotive HPC systems. Demonstrated success in building and guiding high-performing global engineering teams, driving innovation, and delivering robust, cost-optimized hardware architectures for automotive and industrial applications.
Proven expertise in strategic technical leadership, roadmap planning, budget ownership, supplier collaboration, and end-to-end program execution. Adept at partnering with cross-functional teams across hardware, software, systems, and validation to deliver next-generation compute and control solutions.
Successfully led major programs for Daimler, Volvo, MAN, Scania, Ford Otosan, TATA, Ashok Leyland and multiple Bosch global units, achieving consistent recognition for innovation excellence, high-speed design competency, and best-in-class team performance.