- Designed and implemented software for embedded systems (RTOS, low-level programming, performance optimization). - Developed AI-driven algorithms for autonomous drones and robotics. - Built data acquisition, analysis, and real-time decision-making systems for embedded devices. - Implemented wireless communication protocols (LoRa, BLE) for IoT and embedded systems.

- Developing and testing embedded software solutions that work on autonomous systems. - Programming microcontroller-based control algorithms (PID, sensor fusion, etc.). - Processing sensor data and communicating via serial communication protocols (UART, SPI, I2C). - Monitoring system performance and providing support for debugging processes.

- Developed real-time applications in embedded systems (C++, Python). - Engineered AI algorithms for robotic systems (autonomy, decision-making). - Built scalable server-side applications with a focus on robustness and performance. - Integrated advanced technologies for efficient software solutions.

- Data analysis and visualization (Matplotlib, Seaborn). - Data preprocessing, cleaning, transformation for analysis. - Established and monitored KPIs using analytics. - Developed data-driven strategies for process optimization and decision-making.