Highlights:25+ years of global experience in Automotive Electronics, Embedded Systems, IoT, and Industrial Electronics, with expertise spanning ADAS, SDV, and connected mobility solutions. Led large-scale programs for blue-chip clients including General Motors, ASML, Danaher, and Tyco Healthcare, with on-site assignments in the USA and Europe. Established and managed an Offshore Delivery Center (ODC) for General Motors, improving delivery KPIs by 20% and reducing customer escalations significantly. Developed a patented Driver Stress Monitoring System and delivered CNN-based driver drowsiness detection & cabin occupancy solutions as part of M.Tech thesis, showcased in an IEEE whitepaper. Expertise in functional safety (ISO 26262), ASPICE, AUTOSAR, and MBSE/MBD frameworks, ensuring compliance and scalability in automotive ECU programs. Spearheaded NextGen IoT/Cloud PoCs at TCS, integrating edge computing, AR, digital twin, and AI/ML for mechatronics and automotive systems. Proven track record of program and product management, with 6+ years in technical leadership, stakeholder engagement, and global delivery governance. Recognized for mentoring high-performing teams, driving knowledge-sharing initiatives (brown-bag sessions, CoE workshops), and building future leaders. Strong academic foundation with an M.Tech in Automotive Electronics, specializing in Software Defined Vehicle (SDV) architectures for ADAS.

Skills:Embedded Systems, Automotive, ADAS, MBSE, MBD, EV, SDV, IoT, Artificial Intelligence, AI ML, Deep Learning, Digital Transformation

Goal:Career Goal – Automotive EV & Alternate Fuel Exploration To leverage my 25+ years of expertise in embedded systems, automotive electronics, ADAS, and Software Defined Vehicle (SDV) architectures to drive innovation in the Electric Vehicle (EV) and alternate fuel ecosystem. My goal is to lead large-scale programs in EV powertrain software, battery management systems (BMS), and intelligent energy platforms, while exploring emerging areas such as hydrogen fuel cells, hybrid architectures, and connected charging infrastructure. By combining my technical depth with proven program leadership, I aim to contribute to building sustainable, safe, and intelligent mobility solutions that redefine the future of transportation.

Membership:IEEE member, PMI, INCOSE

Certification:M.Tech in Automotive Electronics (with thesis in ADAS/SDV). B.E. in Electronics Engineering. Deep practical experience with functional safety (ISO 26262), AUTOSAR, MBSE/MBD tools, AI/ML for ADAS

Honor:Patent / Innovation Recognition: Delivered a patented Driver Stress Monitoring System for an automotive OEM. Academic Recognition: Published an IEEE whitepaper on CNN-based driver drowsiness detection and SDV deployment as part of M.Tech research. Client Appreciation: Recognized by General Motors leadership for improving delivery KPIs by 20% through ODC governance and Agile adoption. Organizational Recognition: Commended at TCS for driving IoT/Cloud NextGen PoCs that contributed to new business opportunities. Process Excellence Contribution: Recognition for streamlining business fulfillment processes at TCS HiTech vertical, improving hiring timelines by 25%. Cash Award of 5000USD for the early completion of the Nellcor Puritan Bennett project

Project Manager – GPD 08/2007 - 01/2011
Hach Company - Danaher Corp, Loveland, CO United States
Industry: Industrial Electronics and Instrumentation manufacturer
New product implementation & enhancement/maintenance of product.
Responsibilities: I was deputed to Hach company to establish the outsourcing & help to set up the ODC (off-shore development centre). Here my responsibilities included: • Identification of projects, which can be executed at the ODC and there by establish outsourcing. • Develop the ODC (offshore development centre) to meet client expectation. During this tenure, I handled the following below projects. • DRTM: (Dual ratio turbidity meter) This project involved development of Hardware/firmware & user interaction application for the new embedded product – Smart sensor. I was designated Project Manager for the DRTM project. My responsibilities were: Determining the project objectives, Developing project Charter & scope statement, Project Planning, Estimating resource requirements, Estimating cost/budget & time, Scheduling the resources, Acquiring the project team & managing the project team. Adherence to Quality standards to meet the client desired quality expectation. Risk identification, Qualitative & quantitative risk analysis & response planning (RCA & RCCM). Resource procurement & management, Monitoring & control. All the project process documentation from TG0-TG5 (Toll gate process). Interaction with onsite hardware, software team & other stakeholders Status reporting for the Project related activities & client liaison. Co-ordination & communication with all the stakeholders. • PCX2200: Windows based application software development for the new particle counter instrument. • Sparky: Embedded software development for the new series of Hq40d meters which interfaces with new sensor probes. This involved a global multi location project execution. • Omnion: Windows based application software development for the QC8500 ion analyser instrument. I was a project lead & onsite co-ordinator for these 3 projects. My responsibilities were: Requirement analysis, capture, Interaction with onsite hardware, software team for the technical support, Reviews, Delivery & Client liaison. Tools Keil tools, subversion, Datacom, ProChain, MS project. Work Location Hach Company, (Danaher Corp), Loveland, CO, USA--
Consultant 12/2004 - 09/2025
Tata Consultancy Services Ltd, Bangalore, Karnataka India
Industry: IT Software Services
Over the course of my career, I have advanced from Software Engineer, Project Lead to Program Manager, working with globally recognized blue-chip clients such as GE Transportation Systems, General Motors, Hach Company (Danaher), Nellcor Puritan Bennett, AC Nielsen – USA, ASML-Netherlands etc.
General Motors USA (2024 – 25): Accomplished key milestones in project deliveries within the Automotive sector, optimized resource allocation, and persuaded stakeholders to align with strategic goals. M.Tech in Automotive Electronics, Amrita Vishwa Vidyapeetham (2022–24): Amplified technical expertise, accelerated innovation-Automotive, and advocated for sustainable engineering practices. TCS (2017–2022): Outperformed delivery benchmarks, revolutionized large-scale programs (>12Mn USD) for blue-chip clients as part of IoT DE – Functional group, NextGen D2M, Centre of Excellence. Transformed embedded systems operations and synchronized patented systems implementation. Deputation, ASML Netherlands (2016–2017): Collaborated on key cross-functional initiatives in Veldhoven, mediated challenges, and advocated streamlined operations Program Manager, AC Nielsen (2011–2012): Established ODC & Augmented delivery excellence, collaborated across cross-functional teams, and negotiated client program outcomes. Business Fulfilment Manager, TCS HiTech Vertical (2009–2011): Mediated team challenges, engaged talent acquisition/Resource management processes, and optimized PMO/Opex operations. Product Manager, Hach Company, USA (2007–2009): Catapulted global product development initiatives, networked with global stakeholders, and convinced leadership to adopt innovative strategies for outsourcing projects to India and setup new ODC. Team Lead, Tyco Healthcare, USA (2006–2007): Managed and synchronized technical projects, advocated for continuous improvements, and interfaced with cross-functional teams. Project Lead, General Motors Tech Centre India (2004–2006): Led and transformed automotive projects, synchronized team efforts, and optimized project workflows.--
Project Lead 04/2004 - 07/2006
General Motors, Milford, MI United States
Industry: Automotive Manufacturing
Automotive Controls Embedded software for the Simulator
I was trained in Milford, MI USA for their operations. Worked on feature enhancement of simulator tool & Performed different types of, circuit analyses, simulation & testing in the projects below. Voltage & current analysis, Circuit protection analysis are performed Completed projects Truck Segment GMT 921, GMT 936. Subsystems HVAC manual & Automatic, Fuel systems. I was also involved in the (EMC) Electromagnetic compatibility assessment requirement cross talk analysis using CableMod. Here I performed Modelling & simulation wire harness analysis of twisted pair for wires. Responsibilities: Simulation and report generation. Language MAST Tools Saber tools (Synopsis), Design Architect (Mentor Graphics) tools, IVED--
Embedded Software Engineer 08/1999 - 07/2002
GE Transporation Systems, Erie, PA United States
Industry: Locomotive Manufacturers
Embedded Software for Locomotive Control Systems worked on Vehicle control software for various locomotives. C/C++ with RTOS
During my tenure at GE Transportation Systems (Erie, PA, USA), I contributed to the design and development of safety-critical embedded software for locomotive control systems, addressing complex challenges in real-time operations, communication, and predictive maintenance. My work spanned multiple high-impact projects that directly enhanced operational safety, reliability, and efficiency across GE’s global railway fleet.In the Locomotive Control Systems project, GE required reliable real-time embedded software capable of ensuring safe train operations under diverse and demanding conditions. As part of the engineering team, I designed and implemented embedded modules in C/C++, focusing on deterministic performance for control, monitoring, and diagnostics. These modules were seamlessly integrated with locomotive subsystems such as braking, traction, and communication. I conducted rigorous system-level simulations and participated in field testing to validate performance. The result was a high-reliability software platform that significantly improved locomotive safety and efficiency, contributing to successful global deployments. For the Safety-Critical System Development initiative, the priority was compliance with stringent reliability and safety standards, as even minor failures could lead to severe risks. I implemented fault-tolerant design principles using real-time operating system features and watchdog mechanisms. Finally, in the Diagnostics and Predictive Maintenance program, I developed embedded diagnostic modules capable of monitoring subsystem performance, detecting anomalies, and generating predictive alerts. Working closely with cross-functional teams in both the U.S. and India, I integrated these diagnostic features into onboard display systems and backend platforms. This innovation provided predictive maintenance capabilities, reducing unscheduled downtime and lowering operational costs for railway operators. Together, these projects underscore my ability to deliver mission-critical embedded solutions in the transportation domain, ensuring compliance with safety standards, enabling predictive insights, and driving measurable improvements in system performance and reliability.--

Karnatak University Dharwar K.L.E Society’s College of Engineering & Technology- BELGAUM, INDIA 06/1993 - 06/1997
Belagavi, Karnataka, India
Degree: Bachelor's Degree
Major:Electronics Engineering
Minor:Communication Systems
The Bachelor of Engineering in Electronics and Communication provided me with a strong foundation in electronics, communication systems, and computer engineering. The program emphasized both theory and practical application through labs, projects, and industry collaboration. It covered core areas such as digital systems, signal processing, embedded systems, and communication networks. With access to modern facilities and hands-on training, I gained the technical skills and problem-solving abilities essential to meet evolving industry needs and build a competitive global career

27 Yrs Automotive Electronics Automotive, Embedded Systems, GenAI, AI-ML Technical/Product/Program management, MBD/MBSE, ADAS, AI-ML,Deep Learning Neural Networks, EV, BMS, SDV, IoT