Ali Dehghani Firouzabadi

• Bare-metal programming in Rust on Infineon AURIX TC375. • Sensor Communication using UART and I2C for Humidity, Temperature, and CO2 Sensors. • Built a Docker image with a preinstalled Rust toolchain, reducing environment setup time by 80% and ensuring seamless integration for other team members. • Incorporated tools like CC and Bindgen to enable seamless Rust to C interoperability, integrating existing C driver code into a Rust-based project and saving in development time.

• Optimized C-based signal processing algorithms, including time-domain, frequency-domain, orbit analysis, dual-plane balancing, and bearing fault detection. • Improved diagnostic precision and enhanced vibration analysis accuracy by up to 90%, addressing critical needs in industrial applications. • Developed Rust-based firmware for ESP32, enabling communication with STM32H7 and reducing bugs which resulted in development time reduction by 40%.

• Implemented Linux-based software using Qt/C++ for automated testing of the board interfaces, including UART, I2C, SPI, Ethernet, and CAN. • Engineered software for audio capture and Ethernet data transfer, enabling seamless storage on SD cards; reduced data retrieval time by 40% and improved audio quality by 30% for end-users.

• Built a real-time temperature and humidity monitoring system on STM32F303, achieving over 95% data transmission reliability with the SIM900 module during testing. • Designed and implemented real-time Canny edge detection in VHDL on the Altera DE2 development board. • Deployed Embedded Linux on an FPGA using the Altera DE2 development board, achieving a toggling frequency of 16.6 MHz on the NIOS II soft processor with a 50 MHz clock.