Embedded Systems Engineer Intern Candidate
Resume:
LÊ MINH AN
EMBEDDED/IOT/HARDWARE INTERN
EDUCATION
Final-year Computer Engineering Technology student with practical experience in embedded systems, IoT development, microcontroller programming, hardware debugging, and real-time communication protocols. Skilled in working with STM32, ESP32, Raspberry Pi, sensors, PCB assembly, firmware flashing, and hardware validation. Experienced in developing embedded projects involving UART, I2C, SPI, CAN, MQTT, HTTP, OpenCV, and MAVLink communication. Passionate about firmware development, hardware-software integration, and IoT-based control systems. Seeking an Embedded/Firmware Intern or Fresher position to apply hands-on technical skills, contribute to real-world product development, and continue improving in embedded software and system integration.
*********@*****.***
309 Lê Đức Thọ, Phường 17, Gò Vấp, TP.HCM
github.com/CosShin
TECHNICAL SKILLS
PROFILE
linkedin.com/in/an-minh-29437927a
Engineer Degree - Computer Engineering Technology Industrial University of Ho Chi Minh City (IUH)
GPA: 2.84/4.00 (7.2/10)
Relevant Coursework / Knowledge:
Microcontrollers, embedded systems, computer architecture, digital systems, communication protocols, circuit design, IoT systems.
Achievements:
First Prize - Maze Solving & Sumo Robot Competition (2023); Top 10 - EPIC 2022 Innovation Challenge.
English Proficiency
Estimated TOEIC score: 600, based on practice tests. 2022 – 2026
01/02/2004
Programming: C, C++, Python, basic C#, basic JavaScript/TypeScript Embedded & Hardware Platforms: STM32, ESP32/ESP8266, Raspberry Pi, Arduino, PIC, ARM Cortex-M Interfaces & Communication: UART, I2C, SPI, CAN, RS232, COM/Serial Port, MQTT, HTTP, Wi-Fi, Bluetooth Hardware Testing & Debugging: PCB assembly, soldering, basic schematic reading, firmware flashing, functional testing, hardware validation, troubleshooting, board repair Debug & Measurement Tools: Oscilloscope, logic analyzer, multimeter, serial monitor Development Tools: Keil, MPLAB, VS Code, Arduino IDE, KiCad, Node-RED, ThingSpeak Basic Application Development: React Native, mobile UI development, C# serial communication application Soft Skills: Problem-solving, teamwork, attention to detail, adaptability WORK EXPERIENCE
Production Collaborator (8/2025– 1/2026)
Tương Lai Electronics Company – Ho Chi Minh City, Vietnam Assembled and soldered electronic components on PCB boards Programmed and flashed firmware into microcontroller-based boards Performed functional testing and hardware validation Troubleshot and repaired faulty circuit boards
Ensured product quality before final delivery
Cloud-based Drone Control System with Vision-assisted Auto Landing (4/2026 – Present) Technologies: Pixhawk 2.4.8, Raspberry Pi 5, Python, Linux, MAVLink, OpenCV, UAVLink-Edge, QCloudControl, MediaMTX/RTSP
Role:
Integrated a real-world drone prototype using Pixhawk 2.4.8, Raspberry Pi 5, onboard camera, GPS, and MAVLink communication
Developed a MAVLink bridge on Raspberry Pi to read flight data from Pixhawk and transmit real-time telemetry to the QCloudControl platform
Monitored flight parameters such as GPS, attitude, battery status, flight mode, heartbeat, and connection status on a cloud dashboard
Integrated remote command handling for Arm/Disarm, flight mode switching, and basic navigation commands via MAVLink
Configured real-time video streaming from the drone camera to the server for live monitoring through a web interface
Developed a vision-based auto landing module using OpenCV to detect landing targets and assist the drone in aligning its position during landing
GitHub: https://github.com/CosShin/UAVLink-Edge
Autonomous Robot – Maze Solving & Sumo (12/2025– 3/2026) Technologies: ESP32S3 ( C/C++, KiCad, DC Motors with Encoder, VL53L0X Distance Sensors (I2C), MPU6050 Accelerometer/Gyroscope (I2C)
Role:
Designed and developed an autonomous robot for maze-solving and sumo mapping Integrated DC motors with encoders to calculate speed and distance for accurate movement control Developed motor control logic and sensor processing for real-time navigation and obstacle detection Utilized VL53L0X ToF sensors for distance measurement and MPU6050 for orientation/acceleration feedback via I2C
Implemented and applied PID control algorithms to stabilize movement and improve navigation accuracy Designed schematic and PCB layout using KiCad
Assembled and soldered PCB, integrated sensors, encoders, and motor drivers Performed PID tuning, debugging, and system optimization for reliable robot performance GitHub: https://github.com/CosShin/robot_sloving_maze_and_sumo Color Sensor Communication via Software UART (8/2025– 11/2025) Technologies: STM32F411, C, UART, Software UART (Bit-banging), C#, Serial Communication Role:
Developed firmware on STM32F411 to acquire color data from a sensor via UART Implemented Software UART (bit-banging) to transmit measured color data to a PC Developed a C# desktop application to receive serial data and display real-time color measurements Performed debugging, signal timing verification, and communication stability testing GitHub: https://github.com/CosShin/Soft-UART_DuANKiThuatNang_Cao Smart Home Automation System (4/2025– 7/2025)
Technologies: Raspberry Pi 4, Python, I2C, MQTT, HTTP, Node-RED, ThingSpeak Role:
Developed firmware to read sensor data via I2C protocol Implemented data transmission to ThingSpeak Cloud using MQTT and HTTP Designed and deployed a Node-RED web dashboard for real-time data visualization and monitoring Performed hardware wiring and sensor testing
Conducted debugging and validation to ensure stable communication and data accuracy GitHub:https://github.com/CosShin/IOT_IUH
PROJECTS
Contact this candidate