Aditya Singh

• Developed and maintained C++ middleware and application-layer components for Charging and Range functionalities in Mercedes-Benz infotainment systems running on Embedded Linux. • Designed end-to-end data flow from vehicle ECUs through CAN signal interfaces, middleware services, and Thrift-based APIs to HMI applications, ensuring reliable real-time vehicle-state synchronisation. • Built modular, maintainable software components using modern C++, STL, object-oriented design, and multi-threaded programming to support complex charging workflows and vehicle-state management. • Introduced an orchestration-based architecture to decouple feature modules, reducing inter-team merge conflicts and enabling independent parallel development across feature teams. • Resolved critical production defects in EV Charging functionality — including charging-state transitions, connector/flap status handling, error scenarios, and signal synchronisation — using GDB debugging, log analysis, and cross-layer troubleshooting spanning CAN/NCD signals, middleware, and HMI. • Collaborated with platform, middleware, HMI, and vehicle-integration teams to deliver end-to-end automotive features from signal acquisition through to customer-facing UI. • Authored unit and integration tests with GTest/GMock, expanding regression coverage and improving long- term maintainability. • Contributed to architecture reviews, code-quality discussions, and technical mentoring, driving adoption of consistent coding standards and design principles across the team.

Developed and maintained C++ middleware and application-layer components for Charging and Range functionalities in Mercedes-Benz infotainment systems running on Embedded Linux. • Designed end-to-end data flow from vehicle ECUs through CAN signal interfaces, middleware services, and Thrift-based APIs to HMI applications, ensuring reliable real-time vehicle-state synchronisation. • Built modular, maintainable software components using modern C++, STL, object-oriented design, and multi-threaded programming to support complex charging workflows and vehicle-state management. • Introduced an orchestration-based architecture to decouple feature modules, reducing inter-team merge conflicts and enabling independent parallel development across feature teams. • Resolved critical production defects in EV Charging functionality — including charging-state transitions, connector/flap status handling, error scenarios, and signal synchronisation — using GDB debugging, log analysis, and cross-layer troubleshooting spanning CAN/NCD signals, middleware, and HMI. • Collaborated with platform, middleware, HMI, and vehicle-integration teams to deliver end-to-end automotive features from signal acquisition through to customer-facing UI. • Authored unit and integration tests with GTest/GMock, expanding regression coverage and improving longterm maintainability.

• Developed and maintained a high-performance medical imaging application in C++ and Qt, enabling clinicians to load, render, and navigate large whole-slide diagnostic images from multiple patients with sustained responsiveness. • Designed and implemented annotation and markup tools allowing pathologists to identify, classify, and record regions of interest for downstream medical analysis and review. • Collaborated with ML and data-science teams to prepare annotated image datasets used to train AI-based disease-detection models. • Integrated AI inference results into the application, enabling real-time overlay of model predictions to assist clinicians in diagnostic decision-making. • Optimised memory utilisation and image-rendering throughput to handle large-scale pathology datasets while maintaining application performance. • Participated in design discussions, code reviews, debugging sessions, and testing activities to ensure delivery of reliable, high-quality medical software.

• Developed C++ backend simulation modules for an automotive infotainment head-unit on Linux, contributing to a large-scale embedded middleware codebase shipped across multiple global product teams. • Implemented REST-based inter-service communication modules, gaining hands-on experience with service- oriented middleware architecture, API contract definition, and multi-team integration patterns. • Managed cross-compilation build environments using CMake and Makefiles; maintained a shared global codebase with Git, structured code reviews, and distributed-office documentation practices. • Covered the full SDLC — requirements, design, implementation, unit/integration testing, and production release — for multi-team deliverables in an Agile/Scrum environment.

PG Diploma in Develoeent in Advance Computing

Centre of Developmemt in Advance Computing