C++ Automation Engineer

Đỗ Đức Huy

Automation Engineer Control Systems

Embedded STM32/ESP32

**/**/****

Male

032*******

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

** *** *****, **** ***, TP Thu Duc

Skill

- Embedded Systems: Strong knowledge of

STM32, Arduino, ESP32 microcontrollers

- C, C++, Python for embedded and control

applications

- ADC (Analog to Digital Converter): reading

analog sensor values

- Timer & Interrupts: periodic timer interrupts,

precise PWM generation

- External Interrupts: fast response to button,

encoder, and sensor signals

- SCADA & Web-based Monitoring:

Developed real-time sensor data dashboards

using HTML/CSS/JS/ExpressJS; basic

SCADA system design for device monitoring

and control

- Motor Control: Applied PID, FOPID,

Sliding Mode, and Fuzzy Logic algorithms for

speed/position control and inverted pendulum

balancing

- PLC/Industrial Systems: Worked with

Siemens S7-1200 (TIA Portal), Rockwell

MicroLogix (RSLogix 500), VFD (variable

frequency drive) control, industrial wiring

(CB, contactor, relay)

Profile Summary

A final-year Automation & Control Engineering student with a solid background in embedded programming (STM32, ESP32), motor control (PID, FOPID), and SCADA-Web monitoring systems. Experienced in practical projects related to inverted pendulum control, Siemens/Rockwell PLC, VFDs, and Modbus RTU communication. I am eager to gain real-world experience in the industrial automation field to enhance my skills and develop professionally. My long-term goal is to pursue a Master’s degree and specialize in Robotics & IoT. Objective

Seeking an internship in the fields of control engineering, industrial automation, or IoT to apply my technical skills and gain hands-on experience. I aim to improve my system programming, remote monitoring (SCADA), and motor & sensor control capabilities, as well as pursue advanced study and research in smart robotics. Education

2021 - 2026

Posts and Telecommunications Institute of Technology HCM

(PTITHCM)

Control and Automation Engineering

GPA: 3.15/4

- Awarded 5 academic scholarships (Excellent & Good performance)

- 2021–2022: Excellent, Good

- 2022–2023: Good

- 2024–2025: Excellent, Outstanding

Work experience

-

No official company experience yet; however, I have participated in various practical projects involving PLC, SCADA, and motor control in my university’s research environment.

Activities

2021 - 2025

PTIT Volleyball Club Member

Participated in internal and inter-university tournaments; developed teamwork and leadership skills.

2023 - 2024

PTIT Scientific Research Team Member

Designed a pneumatic-hydraulic system using Fliudsim, integrated with Siemens S7-1200 PLC, and monitored via SCADA.

- Basic pneumatic circuit design and

automation

- Technical English: Able to read and

understand technical documents, standards,

datasheets, programming guides, and manuals

- Teamwork, proactive learning, testing and

troubleshooting mindset

Interests

● Volleyball, sports

● Learning new things

● Cooking

2024 - 2025

PTIT Lab Deputy Team Leader

Researched rotary inverted pendulum control using PID algorithm. Certifications

Not available yet

Honors & Awards

2022

1st prize – PTIT Volleyball Tournament

2024

1st prize – Volleyball Club Tournament

2024-2025

Scientific Research – Excellent rating, university level Key Projects

1. Rotary Inverted Pendulum Control – STM32F401 – PID & Simulink Code Generation

• Designed and simulated the model in Simulink, auto-generated code for STM32F401 Discovery board

• Used encoder for angle measurement, PWM for DC motor control

• Applied Model-Based Design and real-time code deployment Link Code+ Video:

https://drive.google.com/drive/folders/1TFHb7we0ViVnJJ- jKTiD0ZEf4cS3pKe9

2. PID Optimization for Inverted Pendulum – Simulink – Genetic Algorithm

• Developed PID controller for inverted pendulum in Simulink simulation

• Used genetic algorithm to optimize Kp, Ki, Kd parameters

• Improved response time and steady-state error compared to basic PID

Link Code:

https://drive.google.com/drive/folders/1lZ5h2XUXZ4AX8nNGXEu- 2I0KVadD-Opw

3. Cart–Pendulum System Simulation – Fuzzy Logic Control – Simulink

• Simulated cart-pendulum balancing using fuzzy logic in Simulink

• Designed membership functions and rule base using Fuzzy Toolbox

• Tested stability under noise and varying disturbances Link Code:

https://drive.google.com/drive/folders/1oHkX9qbbIxSiLnnF4soLk8O wsBTjZl3Y

4. VFD Altivar12 Control – Modbus RTU – Siemens S7-1200 PLC

(TIA Portal)

• Communicated between Siemens S7-1200 PLC and Altivar12 VFD via Modbus RTU

• Sent speed/frequency commands from PLC to control a 3-phase motor

• Developed register structures and programmed in TIA Portal Link Code+ Video:

https://drive.google.com/drive/folders/1JTC9JLVlw8ku7r80DW2QTH ZDe8wps7g9

5. Cylinder and Motor Control – Siemens & Rockwell PLC – Ladder Diagram

• Controlled pneumatic cylinders and motors using ladder logic

• Worked on both Siemens S7-1200 (TIA Portal) and MicroLogix 1400 (RSLogix 500)

• Proficient in handling I/O signals, timers, counters Link Code+ Video:

PLC Seimens :

https://drive.google.com/drive/folders/1KLQmtLr8Fq1O3CrYguM69 WuatdAlmQpR

PLC Rockwell ABB:

https://drive.google.com/drive/folders/1Kk-

fTYrygXnyOvRrFbdpoJhPuBSSlZSB

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