Ho Chi Minh

HOAI TRAM NGUYEN

Embedded Software Internship

033******* ********.***@*****.***

**, **. * ******, **** T rung Ward, Thu Duc Cit y, Ho Chi Minh, Vietnam Gender : Female

Birthday : 06/06/2004

Marital status : Single

Nationality : Vietnamese

Country : Vietnam

Address : 54, No. 8 Street, Linh Trung Ward, Thu Duc City, Ho Chi Minh, Vietnam Level : Student / Internship

Salary : Negotiable

Job type : Internships

Industry : IT - Software

Location : Ho Chi Minh

As an Embedded Programming Intern, I aim to gain exposure to a professional working environment and improve my programming skills in microcontrollers, RTOS, and embedded systems. My goal is to learn from real-world engineering projects, enhance my problem-solving mindset, and build a solid foundation to become a professional embedded software engineer in the future.

No Degree - Ho Chi Minh City University of Technology and Education Electronics and Telecommunication Engineering Technology Major: Integrated Circuit (IC) Design

GPA: 7.22

Scholarships: 1 time

Certificate of Participation – LIBEROBOTS 2025 Robotics Competition Ho Chi Minh City University of Technology and Education 29/06/2025 - Unlimited

PERSONAL PROFILE

CAREER INFORMATION

OBJECTIVES

EXPERIENCE

Year(s) of Experience: Not yet

EDUCATION

Highest Degree Level: No Degree

OTHER CERTIFICATES

CAREER HIGHLIGHTS

Designed circuit diagrams and wired electronic components Programmed using Pic C Compiler to read data from RFID cards and keypad Integrated dual authentication functionality: RFID card and password Displayed system status and error messages on 7-segment LED and LCD screen Controlled servo motor to simulate door open/close mechanism Activated buzzer alarm for unauthorized access

Tested the entire system and debugged errors

Designed and assembled the sumo robot car

Integrated line tracking sensors to prevent exiting the arena and ultrasonic sensor for opponent detection Programmed attack behavior and movement logic using Arduino IDE Tested and fine-tuned the robot to ensure fast and accurate response in competition Collaborated with team members to optimize strategy and mechanical design Project: SMART DOOR SYSTEM USING RFID, KEYPAD, AND SERVO Project Description:

Designed and implemented a smart door control system using RFID cards combined with a numeric keypad to enhance security and flexibility in access control. When the user does not have a valid card, the system allows password entry for authentication. If both methods fail, an alarm buzzer is triggered. The system status and authentication steps are displayed on a 7-segment LED and an LCD screen. A servo motor is used to simulate the door opening mechanism.

Key Responsibilities:

Technologies Used:

Pic C Compiler, C language, RFID RC522 Module, 4x4 Keypad, SG90 Servo, 7-segment LED, 16x2 LCD, Buzzer, Breadboard, PIC libraries

Project: REMOTE-CONTROLLED SUMO ROBOT CAR WITH LINE TRACKING AND OPPONENT DETECTION Project Description:

Participated in a school-level robotics competition and received a Consolation Prize along with a Scientific Research Certificate awarded by the school. Designed and built a remote-controlled sumo robot car capable of line tracking to stay within the arena and detecting opponents using an ultrasonic sensor (HC-SR04). When an opponent is detected, the robot charges forward to push the opponent out of the ring in a sumo battle scenario. The robot was programmed using the Arduino IDE.

Key Responsibilities:

Technologies Used:

Arduino IDE, HC-SR04 Ultrasonic Sensor, Line Tracking Sensors, Arduino UNO, L298N Motor Driver Module, Sumo Robot Chassis, Wireless Controller (PS2 Joystick)

PIC1 for RFID + password-based access, servo door control, LCD & 7-segment display, lockout & buzzer alert. PIC2 for real-time clock, LED brightness control, and PIR motion detection. Data sent via UART to ESP32, which monitors temp/humidity and pushes alerts to web/mobile app via Firebase. Project: SECURITY & ATTENDANCE SYSTEM WITH FIRE ALERT Description:

Built a dual-PIC16F887 system:

Key Tasks:

Circuit design, embedded programming, sensor integration, UART comms, Firebase-based alerting, web & app interface.

Technologies:

PIC16F887, ESP32, RFID RC522, Keypad, Servo, PIR, DHT11, RTC, LCD, Buzzer, Firebase, Web/App, UART, I2C, SPI MICROSOFT OFFICE

C, JAVA, PYTHON, MATLAB

VS CODE, PIC C COMPILER, ARDUINO IDE, ERA

RASPBERRY PI, PIC, ESP32, LINUX, UART, I2C, SPI SKILLS

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