Embedded Systems Intern Nguyen Le Gia Bao
Resume:
Nguyễn Lê Gia Bảo
Embedded Systems
Intern
CONTACT
nguyenlegiabao403@gmail.c
om
Thu Duc, HCMC
TECHNICAL SKILLS
Programming(C/C++, Python )
Embedded Systems
STM32, Arduino, STM32CubeMX
Control & Simulation
MATLAB/Simulink
Microsoft Word, Excel
Teamwork, Self-learning,
Presentation, Problem Solving
ACHIEVEMENTS
Academic Encouragement
Scholarship
( 2024 - 2025 )
Academic Encouragement
Scholarship
( 2025 - 2026 )
ABOUT ME
Third-year Mechatronics Engineering student at HCMUTE with interests in Embedded Systems, Firmware Development, and Control Engineering. Possess hands-on experience with STM32, Arduino, C/C++, peripheral communication, and control system simulation through academic and self- learning projects. Seeking an Embedded Systems Intern position to strengthen firmware development and embedded programming skills in a professional environment.
EDUCATION
Ho Chi Minh City University of Technology and Engineering ( 2023 > Now ) Major: Mechatronics Engineering Technology
GPA: 3.43/4.0
TOEIC: 475 (Mock test)
PROJECTS & EXPERIENCE
DIGITAL CLOCK CIRCUIT ( 2024 > 2025 )
• Designed and implemented a digital clock using CD74HC390E, SN74LS247N, IC555, logic gates, and 7-segment displays. LED DISPLAY CIRCUIT ( 2025 > 2026 )
• Designed a sequential LED display system using CD4017 and CD4053 ICs.
• Designed a single-layer PCB, simulated the circuit in Proteus, and assembled the hardware prototype.
EMBEDDED SYSTEMS PROJECTS ( 2023 > 2025 )
• Developed STM32 applications for DC motor and stepper motor control using C programming.
• Applied I2C communication with MPU6050 sensor modules.
• Built and simulated DC motor control systems using MATLAB/Simulink.
• Experienced with register-level programming and HAL libraries for STM32. AUTONOMOUS SURFACE VEHICLE (ASV) RATEC Lab ( 2025 > Now )
• Participated in the development of an Autonomous Surface Vehicle (ASV) research project.
• Designed and simulated PID, Fuzzy PID, and Fuzzy Tune PID controllers using MATLAB/Simulink.
• Implemented the ILOS path-following algorithm for autonomous navigation.
• Developed dynamic models for system simulation and control performance evaluation.
• Conducted research on Neural Network-based controller tuning methods.
• Collaborated with mechanical, AI, and control teams in a multidisciplinary research environment.
REFERENCE
Dr. Thien M. Tran.
Department of Mechatronics, Faculty of Mechanical Engineering, HCMC University of Technology and Engineering (HCM-UTE). Email: *******@******.***.**
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