Mohan Chandrasekar

Delivered the DataBack System Service in collaboration with Google, enabling critical Maps analytics and data insights for enhanced navigation and user understanding.

Engineered full-stack automotive software solutions across System Apps, Android Framework, Vehicle HAL, and C++ services, ensuring seamless integration and high performance.

Architected the Autosettings application for Polestar 7 and refactored p611 (Polestar 5) to a clean, platform-agnostic AAOS architecture, significantly improving system maintainability and scalability.

Developed and integrated key vehicle functionalities including Dialer, Plug & Charge (PNC), and VHAL, directly contributing to essential driver and vehicle interaction features.

Created Polestar's vendor partition, powering critical components like Launcher, SystemUI, and Scalable UI in emulators, optimizing development and testing workflows.

Served as debug lead for complex, cross-functional issues across SystemUI, HAL, CarService, and various vehicle functions, resolving critical blockers and improving system stability.

Mentored junior and mid-level developers, led comprehensive code reviews, ensured architecture alignment, and facilitated mob programming sessions, elevating team capabilities and code quality.

Produced detailed architecture diagrams, workflow documentation, and in-car test validation, establishing robust development standards and ensuring product reliability.

Implemented Android-powered infotainment systems across Trucks, Bus, EMob, and VCE brands, significantly expanding the in-vehicle technology footprint for diverse vehicle segments.

Contributed to the development and optimization of OTA software updates, Navigation, and various system applications, ensuring robust and up-to-date vehicle functionalities.

Customized SystemUI, Settings, and connectivity modules to meet specific brand requirements, enhancing user interaction and overall system performance.

Developed custom AOSP builds to accelerate prototyping and UX development cycles, reducing time-to-market for new features and improving design iteration efficiency.

Functioned as a key technical bridge between App, Platform, and DevOps teams, streamlining communication and collaboration for efficient project delivery.

Conducted rigorous code reviews, provided mentoring sessions, and led architectural discussions, fostering a culture of technical excellence and continuous improvement.

Developed Vehicle HAL, system-level applications, and custom AOSP builds, laying the groundwork for advanced in-vehicle infotainment systems.

Implemented popular streaming applications including Spotify, Deezer, and RadioLine for IVI systems, enhancing the multimedia experience for vehicle occupants.

Engineered DAB/FM/AM radio player functionality with seamless switching and advanced Bluetooth profiles (A2DP/AVRCP), ensuring high-quality audio streaming.

Customized critical vehicle features such as Parking Assistance, User Profiles, SystemUI, and Settings, improving driver convenience and personalization.

Documented comprehensive architecture, test flows, and integration procedures, establishing clear guidelines for development and maintenance.

Implemented media framework components for next-generation infotainment units, significantly improving the multimedia experience in Volvo vehicles.

Developed FM/DAB radio modules with integrated Google Assistant functionality, enhancing voice-controlled media access and user convenience.

Redesigned the Media Service as a robust System Service within AOSP, optimizing performance and reliability for in-car media management.

Delivered critical Radio & Media Browser integration for Android P & Q, ensuring compatibility and advanced media browsing features across different Android versions.

Coordinated effectively with Aptiv, Spotify, and Google on key media architecture decisions, ensuring seamless third-party service integration and optimal system performance.

Contributed to media applications for Volvo and Polestar 2 EV models, expanding the range of available in-car entertainment options.

Developed and customized R-Link applications, enhancing in-car connectivity and user experience for Renault Nissan Mitsubishi vehicles.

Implemented framework customizations to optimize system performance and integrate new features within the connected car ecosystem.

Performed CAN analyzer work, diagnosing and resolving complex vehicle communication issues to ensure robust system operation and reliability.