Embedded Systems Engineer

Trần Thái Bảo

EMBEDDED SOFTWARE INTERN

Short-term target: Gain hands-on experience in embedded systems, focusing on firmware programming and microcontroller-based systems. Long-term target: Become a proficient embedded systems engineer in 3-5 years, contributing to IoT, automotive, or industrial automation solutions. PROFILE

***********@*****.***

037*******

https://www.facebook.com/baoth

ai.1710/

TP.Thu Duc, TP.HCM

EDUCATION

HO CHI MINH UNIVERSITY OF

TECHNOLOGY - VNUHCM

MAJOR : TELECOMMUNICATIONS AND

ELECTRONICS ENGINEERING

2022 - 2026

OVERVIEW

Embedded Systems Engineering student

with a solid foundation in C/C++

programming, microcontroller

development, and communication

protocols (UART, SPI, I2C, CAN). Gaining

experience in embedded firmware design,

optimization, and hardware-software

integration, with a focus on IoT,

automotive, and industrial automation.

SKILLS

Programming Languages :

• Proficient in C/C++ for embedded systems development

• Knowleges about Python

Embedded Systems Development

• Experience with microcontrollers (MCUs) such as STM32, ESP32, PIC, AVR

• Direct register-level programming for peripheral control and optimization

• Firmware development for bare-metal

• Peripheral interfacing: UART, SPI, I2C, CAN, ADC, PWM Hardware tools & Database

• Hardware tools : Altium, Protues

• Database : MySQL, SQlite

Version Control & Development

• Tools : Git, GitHub/GitLab

• Build systems: STM32CubeIDE, Keil uVision

Other Skills

• Technical document reading skills

• Teamwork skills

• Communication skills

• Self-study skills

• Time management skills

PROJECTS

02/2025 - 04/2025

Electronic Door Lock System with Fingerprint

Sensor (STM32 & Keypad)

TEAM SIZE: 1 person

Link github : https://github.com/tranthaibao1710/doorlockcv RESPONSIBILITIES :

• Designed and implemented an electronic door lock system with fingerprint and keypad authentication using STM32.

• Developed firmware in C with direct register-level programming for STM32 microcontroller.

• Integrated fingerprint sensor for biometric authentication and keypad for PIN-based authentication.

• Developed an LCD interface (16x2) to display system status and feedback messages..

• Conducted hardware debugging and testing logic

analyzers, and oscilloscopes.

TECHNOLOGY DESCRIPTION :

• Microcontroller: STM32F103C8T6

• Programming Language: C

• Development Tools: STM32CubeMX, Keil uVision, Altium, Protues

• Peripherals: AS608 Fingerprint Sensor, LCD 16x2, KeyPad 4x4,Electric lock

• Communication Protocols: UART (for fingerprint sensor), GPIO (for keypad and electric lock)

10/2024 - 12/2024

Temperature Controller

TEAM SIZE : 2 persons

Link github : https://github.com/tranthaibao1710/temperature- controller

RESPONSIBILITIES :

• Designed and implemented a temperature monitoring and control system using PIC16F877A.

• Developed firmware in C using CCS C Compiler.

• Integrated LM35 temperature sensor for real-time temperature measurement.

• Developed an LCD interface (16x2) to display temperature readings.

• Implemented button-based controls for manual

temperature adjustment.

• Conducted hardware debugging and testing using

oscilloscopes and multimeters.

TECHNOLOGY DESCRIPTION :

• Microcontroller: PIC16F877A

• Programming Language: C

• Development Tools: CCS C Compiler, Proteus for

simulation

• Peripherals: LM35 temperature sensor, LCD 16x2, PWM- controlled fan, push buttons

• Communication Protocols: ADC for LM35

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