Bengaluru, Karnataka, India
🔧 Embedded Software Engineer | Automotive ECU, BMS & ADAS | SDV Enthusiast & Tech Educator Software is the new engine of the automobile — and I build it. I'm an Embedded Software Engineer with 4+ years of experience across automotive ECU software, battery management systems, commercial vehicle powertrain, and ADAS. I've delivered production and prototype solutions for HARMAN, Daimler Truck, and L&T Technology Services — working where control logic, embedded systems, and real-world vehicles meet. What I work on: ⚙️ ECU software, diagnostics & networking — UDS (ISO 14229), CAN, CAPL, CANoe/CANape 📐 Model-Based Design — MATLAB, Simulink, Stateflow 💻 Embedded development in C, C++ & Python 🔋 Battery management systems — SoC/SoH estimation, CC/CV charging, cell balancing 🚗 ADAS, driver monitoring & next-gen vehicle tech A few things I'm proud of: cutting manual engineering effort ~30% with custom MATLAB App Designer and Python tooling, automating ECU flashing and UDS diagnostics to kill repetitive bench work, and verifying 6+ critical powertrain functions on commercial vehicles. Beyond the day job, I love making complex automotive tech simple. I've published Udemy courses on Model-Based Development and Software-Defined Vehicle engineering (Adaptive AUTOSAR, POSIX, pub-sub architectures), and I share what I learn through hands-on projects and content. 🚀 On a mission to help engineers and students thrive in the era of intelligent, software-defined vehicles. Let's connect, learn together, and shape the future of mobility.
~Developed MATLAB App Designer and Python-based engineering tools for Attention Assist and driver monitoring, reducing manual effort by ~30%. ~Implemented a blink detection algorithm in Stateflow for driver monitoring feature prototyping. ~Built measurement-data-to-video reporting utilities across MATLAB, Python, ASAM MDF, CANape, and ADTF to accelerate analysis and debug turnaround. ~Created a proof-of-concept gesture recognition pipeline using Python and MediaPipe for HMI interaction prototyping. ~Integrated a Prophesee neuromorphic camera with a Xilinx Kria FPGA for real-time human activity recognition on embedded hardware using C++. ~Developed GUI-based automotive data visualization applications in Ubuntu/Linux environments. ~Debugged and integrated Simulink models across embedded automotive software programs.
• Authored technical articles focusing on Electrical, Electronics, Automotive, Programming, and Semiconductor topics. • Researched and covered the latest technologies and innovations in the CS Electrical and Electronics blog. • Engaged with a community of tech enthusiasts to share insights and foster discussions on emerging trends.
~Developed Simulink-based control logic and plant models for CPC ECU applications in commercial vehicle powertrain systems. ~Implemented and calibrated 12-speed automatic transmission control logic in HiL environments before ECU integration. ~Engineered CAPL scripts for diagnostics, transmission behavior verification, and sensor calibration to improve repeatable ECU development. ~Automated ECU flashing, UDS diagnostics, regression testing, and configuration handling in Python, cutting repetitive bench effort. ~Built Python and Qt-based desktop tools for ECU development, data handling, and configuration generation across Ubuntu/Linux. ~Executed software verification across 6+ critical powertrain functions: ETP, PTO, Cruise Control, DPF, Engine Protection, and PT Configuration. ~Led cross-functional ECU integration, defect analysis, and closure of powertrain software issues.
~Developed an Extended Kalman Filter-based State of Charge estimation algorithm in MATLAB, Simulink, and C for battery management systems. ~Implemented 3 core BMS functions — SoH estimation, CC/CV charging control, and passive cell balancing — in a model-based development workflow. ~Validated models and ran real-time tests on the Infineon AURIX TC233 platform for embedded deployment readiness. ~Built a wireless BMS prototype with Bluetooth-based battery monitoring for embedded demonstration and testing. ~Supported model-to-code activities, algorithm refinement, and ISO 26262-aligned deployment engineering.