Embedded Systems Software
Resume:
CONTACT
HCMC University of
Technology and Education
Computer Engineering
EDUCATION
Consolation Prize of the FEEE
ROBOTICS 2024 Academic
Competition.
AWARD
TOEIC: 595 7/2024
Reading: 265 - Listening: 330
SKILLS
Programming languages:
C/C++
Web application:
HTML, CSS, Javascript.
Microcontroller:
ESP32, 8051
Communication protocol:
UART, I2C, SPI.
PCB Design:
Altium, Proteus.
Platforms:
Firebase, Blink and ThingSpeak.
Graphic user interface:
PyQT5
Soft skills:
Good communication English
Teamwork
Responsible and eager to learn
Microsoft Office
Time management
Knowledge of RTOS
OBJECTIVE
Passionate and dedicated Computer Engineering student specializes in Embedded Systems, with hands-on experience in microcontroller programming, circuit design, and embedded software development. Seeking an internship in Embedded Systems to apply my skills, contribute to innovative and smart projects, especially learn from skilled professionals.
Student Attendance System with ESP32 and RFID
The RFID module scans student IDs, and the ESP32 records attendance by logging the ID, name, and time in an SD card. Student info is displayed on an LCD, and administrators can add or remove students via a keypad.
The system ensures accurate time-stamping using an RTC module.
Attendance system with low cost components, such as ESP32, RFID and SD card.
The OV7670 camera module captures live images of the baby. An ESP32 microcontroller sends these images to a server over Wi-Fi.
On the server, an image processing algorithm analyzes the images to determine if the baby is asleep or awake. Caregivers can monitor the processed information, images, and sensor data through a web interface.
It can send alerts to caregivers if the baby wakes up or if there's any unusual activity detected.
It can maintain affordability by using inexpensive components like the ESP32 and OV7670.
Smart Baby Monitoring with ESP32 and OV7670 for
Sleep/Wake Detection
PROJECT
Nguyen Thuan Phat
EMBEDDED SOFTWARE ENGINEER
*************@*****.***
205 Nguyen Duy Trinh str,
Binh Trung Tay ward,
Thu Duc city
8x8 LED Matrix Media Player
Create a user interface to control an 8051 microcontroller via UART for displaying content on an 8x8 LED matrix.
Adjust brightness, display speed, toggle LED states, and select/display images, videos, or gifs on an 8x8 LED matrix. Establish UART communication between the interface and microcontroller.
Smart Home Web App Interface
Built using HTML, CSS, JavaScript, and connected to Firebase. A horizontal sliding menu with three rooms: living room, bedroom, and kitchen.
Functions: turn on/off lights, increase/decrease light brightness, control cleaning robot, control three-level fan and adjust air conditioner temperature
Data is linked with Firebase for real-time updates and control. https://github.com/ThuanPhat
2905
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