Embedded Systems Intern Candidate (Undergraduate)

Nguyễn Đức Sơn

Embedded Systems Intern

082******* *********@*****.*** Ho Chi Minh City

CAREER OBJECTIVE

As a proactive third-year Electronics and Telecommunications student at HCMUS, I actively seek hands-on experience in engineering and technology projects to further develop my skills and contribute to innovative solutions. I aim to apply and further develop my skills in embedded systems, programming, signal processing, and intelligent systems. EDUCATION

University of Science - VNUHCM (HCMUS) 2023 - 2027 Bachelor of Science - BS: Electronics and Telecommunications GPA: 3.46/4

EXPERIENCE

Robotics & Iot Lab ( VNU-University of Science (HCMUS)) 2023 - Present STEM Tutor (Contract)

• Instructed STEM courses for high school and middle school students on weekends, teaching Arduino/ESP32 programming, peripheral communication, and hardware integration to over 5 students. SKILLS

Embedded Programming C/C++, Embedded C

Microcontrollers STM32, ESP32, Arduino

PID controller tuning Basic knowledge of PID controller usage. Tools & Environments STM32CubeIDE, VS Code, MATLAB/Simulink MY PROJECTS

Smart Parking System – STM32-based Automatic Vehicle Management - Technologies: STM32, IR sensors, RFID, Servo control, LCD display Description:

• A parking system was implemented using STM32, where IR sensors were used to detect vehicles and RFID was applied for access identification. The system controlled a servo barrier and displayed real-time parking information on an LCD. 3D Scanner -

Technologies: ESP32, IR sensors, Step motor, Sd card

• Developed a 3D scanning system using ESP32, IR sensors, and step motors to control scanning motion and collect distance data. Implemented data processing and storage on an SD card, focusing on embedded programming and hardware control. Maze-Solving Robot -

Technologies: Arduino, PID control, Gyroscope, Ultrasonic sensor, DC motor control Description:

• A maze-solving robot was developed using an ultrasonic sensor for obstacle detection and a gyroscope to maintain orientation.

• A PID-based control algorithm was applied to adjust the robot’s heading ACTIVITIES

Robotics & IoT Lab (HCMUS) & American Center -

Technical Supporter

• Provided technical support and troubleshooting (C/C++, Arduino) for teams in ROBOCUS Competition (2024, 2025) and assisted with workshops for STEM

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