Bhanuprakash H P

WORK HISTORY

EDUCATION

ABOUT BHANUPRAKASH H P

I specialize in designing and delivering Control Engineering software projects, leading cross-functional teams to develop cutting-edge control strategies and software for fighter jets aircraft, automotive vehicles, focusing on decarbonization, COP29 goals, and autonomous driving. With 16 years of experience, I excel in proof of concept development, prototype design, and the calibration of automotive systems, driving innovation in control system engineering and software development.Experience Overview: •Leading the combat air software for fighter Jet aircraft. •Led development and built teams designing controls software for Battery System Controller and Sub-Packs (WAE platform) •Directed development of CCS2/MCS charging software, contactor controls, and power management systems •Led teams in creating control strategies for power converters, UDS diagnostics, and ADAS motion controls (Level 3 autonomy) •Oversaw system development of predictive and HMI features for BEVs, including rapid prototyping and system engineering •Extensive experience in fuel system controls and OBD-II feature development •Led concept development for GE/Wabtec Tier-4 locomotive engine control requirements •Specialised in hybrid functions, emission reduction strategies, and compliance with Euro-6D/E and CARB/EPA regulations •Led calibration and fine-tuning efforts for control functions, with deep field exposure to data analysis •Holder of 10 patents for smart control strategies, developed through cross-functional team leadershipSkills: •Powertrain control design and algorithm development •System engineering/MBSE, requirements definition (DOORS/TRM, ASPICE) •Model-based design (MBD, Simulink) and software development (AUTOSAR) •Expertise in global regulatory compliance (OBD-II, Euro-6d & 7, CARB) •Function safety and control robustness (DFMEA, FFA, B&P diagrams) •Building teams and project from inception, leadership and up skillingSystem Know-How: •Electrified powertrain systems, including power distribution units (PDU), battery management systems, high-voltage architectures, and energy management strategies •ADAS motion controls (Level 3) •BEV predictive controls •Deep understanding of automotive powertrains (EU6D/E after-treatment systems, turbochargers, SCR systems) •eMachine/Hybrid assistance (PHEV & MHEV) •Sensor monitoring for OBD-I & II •eMotor controls and predictive energy optimization (eco-driving, eHorizon)