Ic Design Embedded Systems
Resume:
Huỳnh Dương Tôn Lực
ELECTRONICS AND TELECOMMUNICATION STUDENT
CONTACT
******.**@*****.***
Thu Duc, HCM city, VN
Ho Chi Minh City University of
Technology and Education
(HCMUTE), Vietnam
Bachelor of Engineering in Elec-
tronics and Telecommunication
GPA: 7.1 / 10
EDUCATION
SKILLS
Technical Skills:
Digital & Analog Circuit Design,
PCB Design, IC Design
Programming: C, C++, Python,
Verilog, SystemVerilog, Tcl
Scripting and automation
Soft Skills:
Teamwork, Critical Thinking and
English Communication
SOFTWARE & TOOLS
CAREER OBJECTIVE
Final-year Electronics and Telecommunication Engineering student at HCMUTE with strong academic and project experience in embedded systems, PCB layout, and IC design. Eager to apply my knowledge in real-world engineering environments, gain industry experience, and continue developing advanced hardware and software skills. PROJECT & EXPERIENCE
2024
Designed a 5-stage RV32I processor for Senior Design Project 1. Design PCB for digital real-time watch using PIC16F887, DS1307, and LCD2004 (Microprocessor Lab Project).
Smart farm system with ESP32, Raspberry Pi 3, sensors, Mongoose server, and web dashboard (IoT Lab Final Project). Led a team for "PIM Architecture Using SRAM and PIM Controller for Smart City Applications" – and won a Consolation Prize at The First IC Design Competition in HCM.
2023
Design 256-bit 6T SRAM (VLSI Circuits Design final project). SDRAM controller simulation using IDE Circuit Design Suite
(Integrated Circuits and Systems Design final project). Yocto Linux image simulation with QEMU (Embedded Systems final project).
2022
Power supply PCB design using Proteus and linear regulators
(LM7805, LM7905, LM7815, LM7915, LM7812) (Electronics in Practice course).
EDA Tools: KiCad, Proteus, Multi-
sim, Cadence Virtuoso, Vivado/ISE
Design Suite
Programming Tools: VS Code, Vim,
Arduino IDE, STM32-CubeIDE
Simulation & modelling: MATLAB,
QEMU
2025
Two-wheel self-balancing robot with PID controller (Automatic Control Systems final project).
Two-stage amplifier design using Cadence 0.5µm technology
(Analog Integrated Circuit Design final project).
RISC-V RV32IM SoC with Wishbone interconnect for a MAX30100- based healthcare monitor (Senior Design Project 2). Currently:
Researching circuit design with STM32 & STM32CubeIDE, RISC-V architecture, AMBA protocols, Tcl scripting, and PCB layout using KiCad.
linkedin.com/in/luc-huynh-
063203377/
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