Embedded Systems & Digital Design Engineer

DANG PHUC LOC

Electrical Engineering and Computer Systems

Thu Duc City, Ho Chi Minh City, Vietnam

+84-909-***-*** ***********@*****.***

LinkedIn: https://www.linkedin.com/in/loccdangg/

SUMMARY

Final-year Electrical Engineering and Computer Systems student at RMIT University Vietnam with hands-on experience in embedded systems, digital design, microcontrollers, robotics, and hardware-software integration. Experienced with C/C++, SystemVerilog, ESP32, AVR, sensors, motor control, PCB development, and IC design using Cadence EDA tools. Strong foundation in computer architecture, digital electronics, signal processing, and system testing, with a keen interest in embedded engineering, IoT, FPGA, and integrated system development.

EDUCATION

RMIT University Vietnam, Saigon Campus

Bachelor of Engineering, Electrical Engineering and Computer Systems 2021 - anticipated September 2027

Relevant coursework includes Embedded Systems, Advanced Digital Design, Engineering Mathematics, Creative Engineering CAD, and Machine Learning.

EXPERIENCE

Snapology Ho Chi Minh City / Eduplus

Teaching Assistant / Teacher

November 2022 - September 2025

• Guided hands-on STEM and robotics projects, helping students troubleshoot technical tasks step by step.

• Prepared lesson materials and explained robotics, engineering, and problem-solving concepts in clear language.

• Developed communication, classroom leadership, teamwork, and practical troubleshooting skills through repeated instruction. RMIT Ambassadors

Ambassador

October 2022 - July 2023

• Supported university ambassador activities and student-facing communication.

• Built confidence in public interaction, teamwork, and representing RMIT to prospective and current students. PROJECTS

ESP32 Mecanum Robot

Academic robotics and embedded systems project

November 2024 - January 2025

• Built an ESP32-based Mecanum mobile robot using motors, motor drivers, sensors, PID control, and a custom PCB.

• Contributed to embedded control, circuit and PCB work, wiring, soldering, assembly, testing, and troubleshooting.

• Used MATLAB to support motion and kinematic analysis and validated stable physical movement during the final demonstration.

• Practiced integrating electrical hardware, embedded software, sensors, and mechanical movement into one working system. Advanced Digital Design

Academic digital design project

March 2024 - June 2024

• Designed and verified digital logic using SystemVerilog and Cadence tooling.

• Worked through schematic, simulation, layout, and verification tasks, including DRC/LVS concepts in a full-custom IC flow. Embedded Systems Coursework

Academic embedded programming project

November 2023 - January 2024

• Programmed microcontroller-based systems in C/C++.

• Practiced GPIO, timers, interrupts, UART, waveform/frequency/voltage debugging, and hardware-software interaction. ABB Laser Seam Tracking for Automated Welding

ABB Robotics Vietnam industry-linked capstone

March 2026 – September 2026

• Worked in a team of four on an automated welding path-correction system using an ABB IRB 1300 robot, OmniCore controller, laser sensing, RobotStudio, and RAPID.

• Contributed to calibration, sensor-data processing, path generation, robot programming, simulation, testing, troubleshooting, documentation, and final demonstration work.

• Helped bridge simulation and physical robot testing through staged verification of calibration, sensing, path generation, and execution.

• Built practical exposure to industrial robotics, hardware-software integration, automated-welding context, and engineering documentation.

RESEARCH

Multi-Domain Vibration Analysis for Early Propeller Fault Diagnosis in Multirotor UAVs Co-author, IGI Global Scientific Publishing book chapter, 2026 Published in Implications, Policies, and Frameworks of Intelligent Computing for a Sustainable Future, pp. 233-248 Link: https://www.igi-global.com/chapter/multi-domain-vibration-analysisfor-early-propeller-fault-diagnosis-in-multirotor-uavs/419915

• Researched early propeller fault diagnosis in multirotor UAVs using triaxial vibration data.

• Worked with multi-domain diagnostic features across time-domain statistics, frequency-domain harmonic content, and wavelet- based time-frequency analysis.

• Studied healthy, damaged, and unbalanced propeller states in controlled hover conditions. TECHNICAL SKILLS

Programming & HDL:

C, C++, Python, SystemVerilog, MATLAB

Embedded Systems:

ESP32, AVR, Microcontrollers, GPIO, UART, Timers, Interrupts, Wi-Fi Communication Digital & IC Design:

Digital Logic, Combinational & Sequential Circuits, CMOS Fundamentals, IC Design Flow, Schematic Design, Simulation, Physical Layout, DRC/LVS

Robotics & Control:

PID Control, Motor Drivers, Encoders, Sensors, Feedback Control, Inverse Kinematics, Robot Calibration Hardware & Electronics:

PCB Design & Fabrication, Circuit Assembly, Soldering, Electrical Measurements, Hardware Debugging Signal Processing:

FFT, DWT, Digital Signal Processing, MATLAB

Engineering Tools:

Cadence Virtuoso, OrCAD, Allegro, Multisim, ABB RobotStudio, SolidWorks

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