Projects

Project experience across connected products, ADAS, simulation, and robotics.

Case-study style summaries based on professional and academic work described in the CV.

Connected embedded products

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Problem: Embedded products needed maintainable software modules, cloud connectivity, and scalable architecture.
Solution: Develop and integrate embedded software using C++, Qt, Go, and Yocto Linux while defining standards and specifications.
Impact: Contributed to innovative, energy-efficient, future-ready smart-home products with remote management capabilities.

Embedded Linux, C++, Qt, Go, Yocto, Cloud Integration

ADAS platform engineering

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Problem: ADAS platform work required SoC development support, automation, and a defined SDA platform direction.
Solution: Worked on R-Car SoC development, a CI/CD cloud environment, SDA platform definition, and Python firmware programming.
Impact: Supported Renesas Global ADAS Solution Group platform engineering with firmware and cloud-environment work.

R-Car SoC, Python, CI/CD, Firmware, ADAS, SDA platform

Simulation and analysis

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Problem: System-on-a-Chip analysis needed a dynamic simulation environment and automated network utilization analysis.
Solution: Developed a dynamic SystemC simulation environment builder and automated network utilization analysis.
Impact: Completed as a Bachelor's thesis at Renesas Electronics with a 100% grade.

SystemC, C++, Java, SoC, Network Utilization Analysis

Robotics and computer vision

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Problem: Hospital medication delivery during the Covid-19 pandemic required autonomous navigation and recognition capabilities.
Solution: Implemented AI and ML for face recognition and human-aware navigation using ROS and OpenCV.
Impact: University project demonstrating robotics, perception, navigation, and embedded software foundations.

ROS, OpenCV, AI/ML, C, C++, Python