Ho Chi Minh

I am a final-year student who has actively seeking a position or internship in a field related to my studies. Always want to acquire new knowledge, have the will to progress at work, try your best at work. ABOUT MYSELF

Phone number: 086*******

Email: *************@*****.***

Youtube: https://s.net.vn/bPIt

Github: https://github.com/LooOnGit

Address: Go Vap District, Ho Chi Minh City

TRAN CONG HOA

EDUCATION

Industrial University of Ho Chi Minh City

Majors: Internet of Things And Applied Artificial Intelligence GPA: 3.41/4.0

2020-Present

PERSONAL PROJECTS

SKILLS

Programming language: C/C++, Python, Kotlin.

Hardware/Platform: Stm32, ESP, Raspberry, Jetson.

Knowledge of hardware peripherals: SPI, UART, I2C, Timer, Interrupt, etc. Tool/IDE: Arduino IDE, Keli C, Vs Code, CubeMx, Altium Designer, Protues, Github, Android studio, Kidcad, EasyEDA, ROS.

Soft skills: Communication, Teamwork, Research.

Mobile Robot August - October 2024

This project uses Gazebo simulation to model a robot in a room. The robot consists of two rear wheels and one front wheel. The goal of the project is to develop an autonomous robot capable of finding a specific location. When given any target location, the robot will automatically avoid obstacles to reach it. A neural network is used to control the robot, with a genetic algorithm (GA) updating the weights within the neural network.

Responsibilities:

Software: Gazebo, Rviz.

Technical skills: Python, ROS.

Algorithm: Genetic Algorithm (GA), Neural Network. GitHub: https://github.com/LooOnGit/ROS/tree/My_Robot Youtube: https://www.youtube.com/watch?v=QkrUalOjAlI Classify products using image processing February 2024 - May 2024 Sort products by color through camera. The image is then recognized by jetson nano using the Yolov8 algorithm and the robot arm is controlled to fold and put into the position containing each color. Data will be displayed on the web interface and LCD to know the number of products by each color.

Embedded Computer: Jetson nano.

Protocal: MQTT.

Mqtt broker: Emqx.

Hardware: Robot arm, arm control circuit, relay, conveyor belt. User interface: Node-red.

Algorithm: Yolov8.

GitHub: https://github.com/LooOnGit/ARM_ROBOT

Youtube: https://www.youtube.com/watch?v=CYecnPfZqvI&t=20s Responsibilities:

Raspberry transmits/receives data via UDP protocol October 2023 - November 2023 Use 3 raspberry pi, 1 raspberry as client and 1 raspberry as master. Client sends/receives function to master using UDP. Master sends data to MQTT Broker and receives control signals from Node-red. Raspberry runs mqtt broker using emqx and fast api to store on mongodb. Embedded Computer: Raspberry

Protocal: MQTT, UDP.

Mqtt broker: Emqx.

Hardware: Sensors and actuators, lights.

User interface: Node-red.

Technical skills: Python.

GitHub: https://github.com/LooOnGit/Raspberry/tree/Learn/Final Youtube: https://www.youtube.com/watch?v=c8B5tFdFy8I&t=4731s Microclimate Station Network May 2024 - Present

The system you are developing sounds very interesting and highly applicable in real-world scenarios to measure parameters such as salinity, temperature, and humidity on a farm. Data is gathered from the nodes and sent to a gateway using LoRa wireless communication. The gateway then sends the data to a server, which is displayed on a user app and a management web interface. The system is integrated with AI to predict future environmental parameters, enabling farmers to view these predictions on the app.

Microcontroller: Board gateway (ESP32), Board node (STM32). Protocal: MQTT, I2C, SPI, UART, Interrupt.

Mqtt broker: Emqx.

Hardware: SHT30, EC sensor, flow sensor, sim7680C. Software: LooFarm app, Grafana.

Technical skills: C, Kotlin, RTOS.

Environment development: KeilC, CubeMX, Altium Designer, Android Studio, Arduino. GitHub: https://github.com/LooOnGit/Microclimate-Station-Network/tree/main Responsibilities:

WORK EXPERIENCE

AGRICONNECT DIGITAL AGRICULTURE COMPANY

Internship

June 2023 - October 2023

Main responsibilities:

Programming driver for sensor on STM32

Learned in using Altium tool and gained practical experience in drawing and components involves the development of schematic symbols and PCB layout. ACTIVITY

Science Student Club CEEE-IUH

Member

2021-Present

LANGUAGE

English

ACHIEVEMENTS

TOP 20 INNOGREENLIFE 2022

Innovation entrepreneurship contest

2022

IUH ACADEMIC ENCOURAGEMENT SCHOLARSHIP 7/9 SEMESTERS 2020-Present GCALLS JOINT STOCK COMPANY

R&D Engineer Intern

June 2024 - Present

Main responsibilities:

Developing iot hardware to replace waiters in restaurants using QT to design interface. Doing research for IOT project on agriculture.

Control The Device Via Interface Using STM32

Device control using ESP32

The device is controlled through firebase and interacts with the user via the web. Microcontroller: STM32F103C8T6.

Hardware: Board STM32 I/O.

Protocol: UART.

Technical Skill: C, Python, QT5.

Ennvironment development: CubeIDE, CubeMX, QT designer, Altium Designer, Visual studio code. Youtube: https://www.youtube.com/watch?v=BpOoV2ir5sE Microcontroller: ESP32.

Hardware: Sensors and actuators, lights

Technical skills: C, HTML, CSS, Java.

Database: Firebase

Enviroment development: ArduinoIDE, Visual studio code GitHub: https://github.com/LooOnGit/ESP_FIREBASE_WEB Youtube: https://www.youtube.com/watch?v=RUqV23pJqkQ May 2022 - June 2022

January 2023 - February 2023

Control the device through pressing buttons on the interface written in PyQt. Data transmitted in Json format.

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