Embedded Systems Automation Engineering

PHAM DUY MINH

A: Ho Chi Minh City, Viet Nam P: 038-***-**** E: ****.*******@*****.***.**

Third-year student at Ho Chi Minh University of Technology majoring in Electrical and Electronics Engineering. A disciplined, creative and hardworking student who is passionate about IoT, AI and Robotics.

EDUCATION

Ho Chi Minh University of Technology Sep 2020 – Sep 2024 Major: Control and Automation Engineering

Current GPA: 8.0/10.0

Tran Phu Highschool

Tan Phu District, Ho Chi Minh City Sep 2017 – May 2020 VOLUNTEER EXPERIENCE

• Volunteer at OISP Presentation Contest

• Participate in Mua He Xanh campaign

• Participate in Elysium Saigon Youthcamp

• Private tutor for 10th grade student, teaching Math, Physic and English SKILLS

• C Programming

• MATLAB

• VHDL Programming

• Microsoft Office

• Python Programming

• Proteus

• TIA Portal for Automation Project

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CERTIFICATES

• Introduction to the Internet of Things and Embedded Systems, University of California, Irvine

• The Arduino Platform and C Programming,

University of California, Irvine

• IELTS 7.0, British Council

• Japan JLPT N5

• Python for Everybody,

University of Michigan

LANGUAGE

English – C1 Level, CEFR Proficiency Level

Japanese – N4 Level, JLPT Proficiency Level

SCHOLARSHIPS & AWARDS

Full-tuition Study Encouragement Scholarship Dec 2022 – May 2023 for 2 semesters

PROJECTS

Capstone Project 1: Building an IoT-based Plant Monitoring System using Blink IoT and NodeMCU platform (Feb 2023 – Jun 2023)

- Responsibilities: Create User’s Interface on the app, connecting sensors and the microprocessor, generate the gateway for data collected from sensors can be stored on Cloud and then update to the user.

- Experience gained: Learn the basic idea about how IoT works, how various types of sensors communicate back and forth to the microprocessor. C programming skills and also report writing skills.

Launchtime 4th competition for building Line-follower Vehicle (Apr 2021- May 2021)

- Responsibilities: Build an accurate program for Line Follower algorithm by using PID technique and Arduino IDE software. Experiment and gather data to create the best algorithm for smooth driving.

- Experience gained: Knowledge about infrared sensor, DC Motor and Arduino Platform. Analysis skill by collecting data and experiments.

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