Embedded Software Engineer Fresher focused on C/C++, MCU firmware, embedded Linux fundamentals, robotics, and motion-control systems.
I recently graduated in Control Engineering and Automation from International University, VNU-HCM. My strongest project evidence is a vision-guided Delta Robot waste sorting prototype that combines Jetson Nano edge AI, Arduino Mega C++ firmware, UART communication, inverse kinematics, and stepper-motor motion control.
- Embedded C/C++ fundamentals: pointers, structs, bitwise operations, timers, interrupts, UART/I2C/SPI, and state-machine design.
- Robotics and motion control: Delta Robot kinematics, pick-and-place sequencing, homing, workspace checks, and prototype validation.
- Embedded Linux and tools: Linux command line, Git/GitHub, Python scripting, serial debugging, and technical documentation.
Vision-guided robotics thesis prototype using Jetson Nano, YOLOv8/TensorRT, Arduino Mega 2560, UART communication, and C++ motion-control firmware.
- Project repo: https://github.com/9BaoTran1/Delta-Robot-EdgeAI
- Portfolio: https://9baotran1.github.io/firmware-motion-control-portfolio/
Small practice repository for core firmware interview topics such as bitwise
operations, ring buffers, UART parsing, finite state machines, and volatile
polling examples.
- Practice repo: https://github.com/9BaoTran1/embedded-c-fundamentals-labs
Small C++ practice repository for Linux-style tooling and systems basics: argument parsing, config loading, logging, file I/O, and a minimal TCP client.
- Practice repo: https://github.com/9BaoTran1/cpp-linux-systems-practice
- STM32 fundamentals
- RTOS basics
- PID control and sensor filtering
- C++ and Linux systems practice
- Cleaner firmware architecture and testable modules
- GitHub portfolio: https://9baotran1.github.io/firmware-motion-control-portfolio/
- LinkedIn: https://www.linkedin.com/in/tran-gia-bao-686692227/