Control Systems

Embedded systems and control technologies are essential for integrating hardware and software to automate experimental environments and precisely control complex systems. Real-time interfacing with sensors and actuators enables data acquisition, which supports the development of optimized control algorithms, enhancing research accuracy. Additionally, these skills facilitate the seamless transition from simulations and experiments to real-world implementations, ensuring reliable hardware execution and increasing the practical applicability of research outcomes.

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Microcontroller Programming

I have experience programming microcontrollers, particularly STM32 and Analog Devices (ADI) platforms, using C/C++. I can develop low-level firmware for real-time control applications, including sensor interfacing, motor control, and communication protocols such as SPI, I2C, and UART. I can optimize code for performance and power efficiency, ensuring reliable and responsive operation in embedded applications.

Data Acquisition & Processing

I have experience in real-time data acquisition and signal processing for embedded applications. I can configure ADC (Analog-to-Digital Converters) and DMA (Direct Memory Access) to efficiently collect and process sensor data while minimizing CPU load. I can process real-time sensor data for control systems, monitoring applications, and diagnostics, ensuring accurate and reliable measurements in embedded environments.