Experienced C++ software developer with over 14 years of expertise in designing and delivering high-performance solutions for automotive ADAS/AD, Connected Vehicles, and Infotainment platforms. Proficient in leveraging modern development practices to create scalable, efficient, and reliable software. Adept at solving complex integration challenges, optimizing system performance, and ensuring seamless collaboration with cross-functional teams. A results-driven professional committed to driving innovation in automotive technology and contributing to the advancement of software defined vehicles.
On-Demand Feature Activation: Developed a comprehensive system for activating all customer-purchased, on-demand features in vehicles. Enabled seamless and secure functionality across a range of features, ensuring alignment with individual vehicle configurations.
Vehicle Abstraction Layer Development: Designed and implemented service-oriented vehicle APIs for the system activation domain, contributing to the abstraction of complex vehicle signals. Led the transition from signal-based architectures to service-oriented solutions within MB.OS.
Anti-Theft: Developed the anti-theft component to enhance infotainment security, ensuring the device locks automatically in cases of authentication failure, preventing unauthorized use in stolen systems.
System Health and Reliability: Introduced advanced health monitoring strategies and performed in-depth core dump analysis to identify and resolve critical system issues. Enhanced overall system stability and ensured production readiness.
Service-Oriented Architecture Development: Contributed to requirements review for the next-generation service-oriented architecture for Brose BRAIN
Software Design and Architecture: Actively participated in software architecture and high-level design activities, laying the foundation for scalable and maintainable solutions.
Concept Development: Designed and developed a concept and proof-of-concept (POC) for transferring and processing Brose BRAIN scenarios —configurations defining how vehicle interiors such as seats, lights, and other features should be adjusted— from a web application to devices.
Modern C
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