Open To Work
Omkar Karve
Farmington Hills,MI
Summary
Innovative Principal Applications Engineer with expertise in autonomous vehicles and cloud-based simulation. Developed comprehensive roadmaps for software-defined vehicles, driving innovation and optimizing validation processes. Utilized AI-assisted tools to boost engineering productivity and present advanced demonstrations at major events. Holds over 15 patents in the field of ADAS.
Overview
25
25
years of professional experience
Work History
Principal Application Engineer – Autonomous Vehicles
The Mathworks
, USA
08.2022 - Current
- Architect Industry-Wide Roadmaps: Serve as a Principal Technical Advisor to global Tier-1 suppliers and OEMs (including GM, Ford, and VW), architecting the Software-Defined Vehicle (SDV) paradigm and defining the future of cloud-based validation.
- Reduction in Validation Cycles: Developed a novel "constraint-solving" workflow for ADAS validation that reduced a typical test campaign from 2,000 hours of high-fidelity simulation to just 2 hours by intelligently filtering the majority of invalid scenarios.
- Pioneered Headless Cloud Simulation: Architected the containerized, cloud-based closed-loop simulation system, enabling thousands of simulations to run in parallel using Docker, Kubernetes, and AWS.
- Lead Simulation at Scale Infrastructure: Design and execute large-scale, headless simulation architectures that bridge the gap between model-based design and production-ready software deployment on cloud infrastructure.
- Led strategic technical proofs of concept (PoC) by coordinating multi-functional teams and partners (including AWS) to deliver innovative cloud-native simulation ecosystems.
- Influence Product Strategy & Innovation: Advocate for the technical direction of the Automated Driving Toolbox, leading to the integration of novel "constraint-solving" and "observer" features into flagship products.
- Technical Mentorship: Promote a culture of technical excellence by mentoring junior engineers and guiding cross-functional teams in solving the "combinatorial explosion" of autonomous vehicle testing.
- CES 2025 Flagship Innovation: Led the development of the "Software-Defined Vehicle" flagship demonstration showcased at CES 2025, proving that complex automotive features can be developed and validated entirely in a virtual cloud environment.
- Architected vECU Integration: Built from the ground up the technology to deploy Adaptive AUTOSAR components as virtual ECUs (vECUs) on AWS, creating a "virtual vehicle" that functions in real-time across distributed cloud servers.
- Influenced major R&D shifts at companies like Ford, Aptiv, and JLR, leading to adoption of cloud-native workflows that streamlined development timelines and reduced testing costs.
Senior Systems and Algorithms Engineer – Autonomous Vehicles
Nexteer Automotive
, USA
09.2017 - 08.2022
- Collaborated with team to address complex challenges in brake and steering systems for autonomous vehicles. Planned project scope, developed functional and test plans, and created control strategies to enhance system performance.
- Utilized tools including MATLAB, Simulink, and Vector tools (CANoe, Canalyzer, CAPL) alongside Python and Dspace tool chain for data processing. Worked with CAN, CANFD, and Auto-Ethernet using CANape and CANoe to support system integration.
- Developed GPS-based path planning for demo car, successfully executing cold weather demonstrations through coding in Python and MATLAB/Simulink.
- I work on AI and machine learning projects using Tensorflow, scikitlearn and other ML frameworks and deploy solutions on demo vehicles. This includes implementation of computer vision based solutions.
- Generate vehicle simulation environments using Carmaker and Simulink to enable organization to do SIL/HIL testing.
- Generated complete Carmaker environment and integrated to the SIL testing environment in Simulink.
- Developed graphical user interfaces using CANoe, CAPL, and Python to enhance GPS path-following demonstrations.
Senior Product Engineer – Steering Division
Nexteer Automotive
, USA
03.2015 - 08.2017
- Oversaw new project activities and production changes for Cadillac brand steering column and I-shafts at GM Tech Center in Warren.
- Systems Engineering for columns for Autonomous vehicles project (Chevy Bolt).
- Managed bill of materials (BOM) to ensure accurate tracking of part numbers across production changes.
- Prepare MS Project timing plans and track progress on a daily basis.
- Major responsibilities: Change management, Project planning, New program pursuits, technical reviews.
- Facilitated effective communication among teams while tracking changes across multiple platforms and programs.
Design Application Engineer – Steering Division
Nexteer Automotive
Melbourne, Australia
03.2007 - 02.2015
- Design coordination and Systems engineering for Electric Power steering system (EPAS). The job includes tuning the EPAS for performance, durability and drive characteristics. Job involves interacting with OEM Release engineering and Dynamics groups for vehicle tuning and problem solving.
- Coordinated design for hydraulic and electrical steering gears, half shafts, and steering columns for major OEMs from concept to implementation, ensuring validation, testing, and effective supplier collaboration.
- Lead new project launch activities from Design through to implementation at SOP.
- Flawless Launch of MY14 Holden Column and I-shaft.
- Flawless Launch of the new Falcon Steering Gear system.
- Flawless Launch of 2009 Camaro Half shafts.
- Took over systems engineering work on Electric Steering Gear and support ongoing for next generation vehicle.
- Ongoing technical and design support for multiple OEMS (Toyota/Ford/Holden).
- Pursued new business opportunities through technical reviews and detailed presentations for global business development managers, contributing to strategic customer engagement.
- Executed DRBFM, FMEAs, QS, ISO, and TS16949 audits while coordinating PPAP activities, enhancing compliance and quality assurance processes.
- Change management for all running products – validation / customer communication. Drawing release / presentations of changes in global change management meetings.
Component Engineer – Cockpit Division
Continental Automotive Systems
Melbourne, Australia
06.2006 - 03.2007
- Coordinated with customer on new project for entire car cockpit, conducting design and tooling feasibility studies and verifying CAD data.
- Conducted design reviews and DRBFM with customers on ground-up design projects for vehicle interiors, including new Ford Falcon.
- Proposed innovative design solutions for value engineering of new and existing parts, implementing approved changes to enhance product functionality.
- Conducted FMEAs for new product designs to identify potential failure modes and improve reliability.
- Design and Implement new CMM techniques in the Greenfield site for cockpit validation.
- Worked at Siemens VDO Automotive, contributing to automotive engineering projects and design initiatives.
Senior Engineer – Manufacturing / Industrial engineering
General Motors India Ltd
Halol, India
10.2005 - 06.2006
- Led ME engineering for 85K expansion project, ramping production capacity from 60,000 to 85,000 cars per year by developing master schedule (using MS Projects), planning and procuring M&Es, balancing production lines, and coordinating with agencies for facilities provisions and process sign-offs while managing a budget of Rs 45 million.
- Successful launch of the T250 (Aveo) car on 6th March 2006 achieving all quality and process targets.
- Innovative design solutions for improving ergonomics in vehicle assembly lines helped us save Rs 2 million by reduction in TACT time per vehicle.
- Developed the master launch plan for two new car models using the Global Product Launch Process, procured trial parts, and coordinated Beta builds.
- Redesign and Balancing the operations for GA shop to achieve saving of one station and one Overhead EMS station (worth Rs. 10,00,000).
- Coordinated with IS&S and GM-North America to implement VAR (Virtual Assessment Review) room, enabling multi-user, multi-location conferences with application sharing/control and voice recording, utilizing Team Center suite of applications.
- Implemented central budget tracking program to enhance budget oversight, addressing limitations of existing SAP Budget Module.
Executive – Manufacturing / Industrial engineering
Mahindra And Mahindra Ltd
Nasik, India
07.2001 - 10.2005
- Coordinated engineering changes with R&D and supply, maintained product routings and Bill of Materials (BOM) for accurate product costing, and executed facility planning aligned with management production targets and new model productionization while implementing Kaizens.
- We achieved 30% reduction in work content by means of design changes during the DFMEA phase of the project.
- Average time to implement was reduced from 45 days to 20 days. My Change Management software improved communications during the process.
- Resolved customer complaints regarding brake squealing through G8D, Shannin, and design of experiments techniques, improving customer satisfaction and product reliability.
- Achieved the Best Kaizen award during the first internal Kaizen competition by proposing innovative solutions.
- Best Jishu Hosen Kaizen for space spacing by designing a trolley for 32 different kinds of exhausts. 80% space saving achieved.
- Developed Central Kaizen database for all TCF lines to enhance tracking of improvement initiatives and facilitate continuous process enhancements.
- Executed wage settlement agreement and estimated work content for my shop.
- ‘Launch Sampling Plan’ computer program for all new vehicles launched in the market.
Education
Master of Science - Computer Science
Georgia Institute of Technology
Atlanta, GA01-2029
Self driving car engineer
Udacity
Online01-2018
Master of Science - Manufacturing Management
BITS
Bachelor of Engineering - Mechanical
Nagpur University
Introduction to Robotics
QUT
Robot Vision
QUT
Intro to Self-Driving Cars (Python, C, Baysian thinking, Computer vision)
Udacity
Skills
- AI development
- Automated Driving Toolbox
- Simulation architecture
- Vehicle integration
- Embedded systems design
- MATLAB
- Python
- Test automation tools
- Project management
- Requirements analysis
- Cross-functional teamwork
- Problem solving
- Strategic planning
- Mentorship
- Effective communication
Projects
- CES-2025/2026 Flagship SDV Demos for MathWorks
- SAE paper on Constraint Solving for Autonomous Vehicle Scenario Testing
- Key presentations in MathWorks Automotive Conferences over last few years
Work Authorizations
- Australian Citizen
- Current H1B Visa holder in US with approved I140
Work Preference
Job Search Status
Open to workWork Type
Full TimeLocation Preference
RemoteOn-SiteSalary Range
$195000/yr - $200000/yrTimeline
Principal Application Engineer – Autonomous Vehicles
The Mathworks
08.2022 - Current
Senior Systems and Algorithms Engineer – Autonomous Vehicles
Nexteer Automotive
09.2017 - 08.2022
Senior Product Engineer – Steering Division
Nexteer Automotive
03.2015 - 08.2017
Design Application Engineer – Steering Division
Nexteer Automotive
03.2007 - 02.2015
Component Engineer – Cockpit Division
Continental Automotive Systems
06.2006 - 03.2007
Senior Engineer – Manufacturing / Industrial engineering
General Motors India Ltd
10.2005 - 06.2006
Executive – Manufacturing / Industrial engineering
Mahindra And Mahindra Ltd
07.2001 - 10.2005
Master of Science - Computer Science
Georgia Institute of Technology
Self driving car engineer
Udacity
Master of Science - Manufacturing Management
BITS
Bachelor of Engineering - Mechanical
Nagpur University
Introduction to Robotics
QUT
Robot Vision
QUT
Intro to Self-Driving Cars (Python, C, Baysian thinking, Computer vision)
Udacity