Matlab/Simulink, C programing, Embedded (Arduino)

Education

Objective

Work Experience

NGUYEN NHAT HUY

+84-836****** *****************@*****.***

Ho Chi Minh City University of Technology and Education Major: Automotive Engineering Technology

GPA: 3.03/4

2021 - 2025

Technical Skills

Programming: C, C++, Python

Modeling & Simulation: MATLAB/Simulink, CarSim, Proteus Embedded Systems: STM32, Arduino

Foreign Language

English: Skilled in understanding and communicating technical information Skills

I am a final-year student in Automotive Engineering Technology, currently awaiting graduation. I have a solid foundation in C/C++ programming and hands-on experience in control system simulation using Matlab/Simulink. With a strong passion for embedded systems, I aspire to grow and contribute in Embedded Software development. Tan Hung, Ho Chi MInh

3T-AUTO • Internship

Position: Vehicle Technician

Job Description:

Diagnosed faults and restored functionality in automotive electrical and electronic systems, ensuring reliability and safety of vehicle operations.

Serviced and overhauled core mechanical systems, including brakes, suspension, air conditioning, engines and transmissions, to maintain optimal performance.

Performed scheduled maintenance tasks such as oil and filter changes, tire replacement and wheel alignment to extend vehicle lifespan and efficiency.

September 2024 - December 2024

Certifications

RF Speed Racing III – Technical Competition Participant, Faculty of Mechanical Engineering, HCMUTE, May 2024 TOEIC Listening & Reading – Score: 680, IIG Vietnam (Authorized by ETS), February 2024 Projects

Lane Keeping Assist and Autonomous Control System • Group Project Team Size: 4

Project Description:

Simulated control principles of brake assist system using MATLAB/Simulink to analyze and verify system behavior. Developed data processing and control algorithms in Python for system integration and performance evaluation. Implemented image processing techniques to detect lane markings and determine the vehicle’s desired trajectory. Calculated steering angles and control responses to maintain accurate vehicle path following. Technologies: Python, Matlab/Simulink

August 2023 - December 2023

Remote-Controlled Arduino Racing Car • Academic Competition Project Team Size: 4

Project Description:

Programmed Arduino to control DC motors and servo steering using PWM signals for precise motion control. Integrated wireless remote control via WiFi and smartphone applications to enable flexible system operation. Designed and assembled electronic circuits for motor and steering control, ensuring reliable and safe performance. Successfully qualified for the preliminary round and advanced to the final stage of the competition. Technologies: C, Arduino, Proteus

January 2024 - May 2024

Design and Simulation of Automotive Brake Assist Systems • Thesis Team Size: 2

Project Description:

Developed control schemes for brake assist systems such as ABS, TCS and ESP using MATLAB/Simulink. Created simulation scenarios in CarSim to evaluate system stability and performance under various conditions. Analyzed simulation results to assess control effectiveness and improve overall vehicle safety. Technologies: C, Matlab/Simulink, Carsim

February 2025 - May 2025

Contact this candidate