Led a cross-functional team focused on developing cutting-edge products for the next generation of autonomous vehicles using the software-defined vehicle (SDV) paradigm, driving innovation and ensuring the successful delivery of mission-critical solutions.• Developed product roadmaps leveraging market intelligence and customer feedback, aligning product development with customer needs and emerging industry trends.• Led the development of platform-agnostic ADAS functions for Software-as-a-Service (SaaS) applications, enabling broader adoption and scalability of key ADAS features.• Scaled the organization by 300% over two years while successfully reducing employee turnover to less than 4%, even post-COVID, by implementing effective retention strategies and fostering a supportive work culture.• Facilitated the development of advanced AI algorithms by leveraging hybrid-cloud computing infrastructure, containers, and serverless computing, enhancing scalability and reducing time-to-deployment for machine learning solutions.• Expanded the project portfolio to develop products across four different product lines, driving diversification and broadening market reach.• Mentored and developed new leaders within the organization, fostering leadership growth and strengthening team capabilities.• Led the successful development of ADAS products and functions within a multi-disciplinary, cross-functional team, ensuring the delivery of innovative solutions to meet complex automotive needs.• Collaborated on cross-regional product development with teams in Europe and Asia, ensuring seamless integration and alignment of global product strategies.• Collaborated with academia and government organizations to attract top talent and secure funding for state-of-the-art projects, driving innovation and ensuring long-term sustainability of key initiatives.

Manager of an organization that develops software of functions using artificial intelligence and machine learning algorithms for Continental’s ADAS ecosystem.• Expanded project portfolio by developing advanced ADAS functions (Short & Long-range RADAR, Cruising functions, Low-speed Maneuvering, and Safety features) across multiple product lines, driving innovation and enhancing product capabilities.• Led cross-departmental and cross-discipline decision-making for software deliveries and product releases, ensuring timely alignment and efficient execution across teams.• Drove customer support and managed escalations for North American OEMs, implementing root cause analysis processes that significantly improved issue resolution time and customer satisfaction.• Increased invention disclosures and patent applications by 60% year-over-year, fostering a culture of innovation across the organization and contributing to the development of new intellectual property.• Implemented a web-based analytics platform to monitor operational performance, quality metrics, and business acquisition KPIs, enabling data-driven decision-making and real-time visibility into key performance areas.• Boosted test automation coverage by 40% across multiple platforms, including desktop simulation, software-in-the-loop (SIL), and hardware-in-the-loop (HIL), resulting in more efficient testing processes and higher product quality.• Led the successful agile transformation within the organization, streamlining workflows, improving team collaboration, and reducing product development cycle times.

Supervisor and technical leader of a team of 20+ algorithm engineers focused on the development of algorithms for application projects using long range RADAR and Backup Camera• Spearheaded the innovation, industrialization, and new product introduction of ADAS functions, with a focus on advanced control systems, driving the development of cutting-edge solutions for the automotive industry.• Expanded the RADAR algorithms team and established three new organizational units dedicated to the development of camera- and radar-based Cruising and Safety functions, significantly enhancing product offerings and technical capabilities.• Led and managed multiple cross-disciplinary projects for major automotive clients, including Tesla, GM, Ford, Stellantis, VW, and Lucid, ensuring the delivery of high-quality ADAS solutions aligned with customer specifications and industry standards.• Managed a team of senior engineers and function leads across several critical projects, providing leadership and technical guidance to ensure the successful execution of complex ADAS functions.

Algorithm development of RADAR functions. Usage of artificial intelligence / machine learning methods to detect, track and classify objects & obstacles in a vehicle’s trajectory.• Led the development of an innovative machine learning algorithm to detect the height of stationary road objects using long-range RADAR sensors, improving detection accuracy and enhancing ADAS capabilities.• Engineered and optimized machine learning algorithms using Python, large-scale datasets, and cloud-based high-performance computing, significantly accelerating model training and testing processes.• Coordinated the full software development lifecycle from requirements definition through to production and deployment, ensuring timely delivery and successful functional testing across multiple stages.• Mentored and coached a newly formed team of algorithm engineers, providing guidance on RADAR detection algorithms and fostering a collaborative environment to drive innovation and technical excellence.

Technical leader and supervisor of a team of 15+ SW developers focused on the development of prognostic & diagnostic functions for Commercial Aircraft Engines:• Excelled in dual roles as both Technical Expert and Manager, driving innovation and leadership across multiple engineering and management functions within the organization.• Led the successful migration from Simulink to SCADE, streamlining the model-based tool chain for developing Prognostics and Health Management (PHM) software, supporting next-generation engine programs like LEAP and Passport.• Assumed ownership of key modules within the engine prognostics system, overseeing the monitoring and processing of vibration data for cockpit visualization and engine maintenance, ensuring accurate and real-time operational insights.• Pioneered the development of a web-based dashboard to track and display critical organizational KPIs such as first-time yield, on-time delivery, turnover, and operational expenses, enabling data-driven decision-making and performance optimization.• Created and executed new business opportunities in collaboration with strategic partners, including SNECMA and SAFRAN, driving growth and strengthening the organization’s market presence

Main Accomplishments:• Optimized the complete software development process by over 50% by creating several automation tools using MATLAB and Six Sigma methodologies, streamlining key activities such as model verification, design specification generation, and DOORS traceability.• Pioneered and maintained software components to capture engine health data, enabling predictive engine maintenance and improving operational efficiency and reliability.• Fully automated the migration of software design across multiple versions of Simulink Embedded Coder, reducing manual effort, minimizing errors, and accelerating the development cycle.

Main Accomplishments:• Reduced functional testing cycle time by 60% through the automation of test case execution, significantly improving efficiency and accelerating the development process.• Quickly became an instructor for the microcontroller training course and automotive communication protocols within my first six months, demonstrating leadership and expertise in key technical areas.• Assumed the role of lead software developer in the final stages of the Toyota Standard Audio 05 project, ensuring successful project completion and delivery of high-quality software solutions.