Embedded Systems and IoT student with a strong interest in firmware development, smart devices, and hardware-software integration. I enjoy building embedded applications with microcontrollers and exploring practical solutions in IoT, monitoring, and automation systems.
- Embedded Systems and IoT student at the Academy of Cryptography Techniques
- Interested in firmware development for smart devices and monitoring systems
- Passionate about ESP32, STM32, Arduino, and embedded communication interfaces
- Actively learning how to use AI tools to improve coding, debugging, and technical documentation
- Programming Languages: C/C++, Python
- Platforms: STM32, ESP32, Arduino, Raspberry Pi
- Peripherals & Interfaces: GPIO, Timer, Interrupts, UART, I2C, SPI, USB, WiFi, LoRa
- Tools: Keil uVision, STM32CubeMX, Arduino IDE, Proteus, Vivado
- Other: Embedded debugging, functional testing, firmware implementation
ESP32-based embedded system for accident detection and real-time location tracking with wireless alert support.
ESP32-based monitoring system designed to detect abnormal charging conditions and support safety warnings.
STM32-based calculator using keypad input and LCD display, focusing on embedded input handling and processing logic.
Arduino-based smart fan system that automatically controls fan operation according to temperature conditions.
Verilog-based hardware monitoring design for detecting and observing internal events in embedded digital systems.
- Embedded firmware development
- Smart home and IoT applications
- Real-time monitoring systems
- AI-assisted embedded programming
- Hardware design and embedded system integration
- TOEIC 750
- MOS Word, Excel
- Academic Encouragement Scholarship for 2 semesters
- Email: trieuhagiang1312@gmail.com
Thanks for visiting my GitHub profile.