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Curriculum Vitae of Nguyen Hong Phuc — BSc ECE student at VinUniversity.
Basics
| Name | Nguyen Hong Phuc |
| Label | BSc ECE Student & AI Researcher |
| 23phuc.nh@vinuni.edu.vn | |
| Phone | +84 326 060 805 |
| Url | https://phucngvinuni.github.io/ |
| Summary | Electrical and Computer Engineering student at VinUniversity specializing in AI, machine learning, and signal processing. Research at ICCL Lab (VinUni & Trinity College Dublin) on semantic communication, aquaculture AI, and embedded systems. $3,500 Student Research Grant recipient. |
Work
-
2026.07 - Present Research Intern
HKU AIoT Lab, The University of Hong Kong
Selected as 1 of 40 students for a fully funded summer internship. Supervised by Prof. Chenshu Wu.
- Working on thermal sensing research.
- Selected from a competitive international applicant pool.
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2025.05 - 2025.09 Project Intern (Top 20 Finalist — IoT Challenge)
FPT Software
- Deployed quantized LLMs on Raspberry Pi to create a conversational conservation chatbot.
- Engineered a full-stack solution (Frontend/Backend) for real-time shopper tracking and route optimization via BLE localization.
-
2024.09 - 2025.05 Research Consultant
WorldQuant
- Developed predictive mathematical models (Alphas) to forecast financial instrument price movements.
- Utilized statistical analysis and historical data to optimize trading signals.
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2023.10 - Present Undergraduate Research Assistant
Intelligence, Computing and Communication Lab (ICCL), VinUniversity & Trinity College Dublin
Supervised by Assist. Prof. Nguyen Van Dinh.
- Investigated Open RAN architecture, 5G networks, and Task-Oriented Semantic Communication.
- Developed multi-modality AI models for smart aquaculture (computer vision, fish tracking, underwater size estimation, image segmentation).
- Exploring Diffusion Models for enhanced data generation and signal processing applications.
Education
-
2023.10 - 2027.06 Ha Noi, Vietnam
Bachelor of Science
VinUniversity
Electrical and Computer Engineering
- Rank 1 in ECE Cohort 4
- 2× President's List (AY 23–25)
- Dean's List (All Semesters)
- 100% Talent Scholarship (2023–2027)
-
2020.08 - 2023.05 Bac Ninh, Vietnam
Awards
- 2025.04.01
Best Poster Award — Open Innovation Conference 2025
VinUniversity
- 2025.01.01
Finalist — 2025 Quantum Global Industry Challenge (Connected DMV)
Quantum Global Industry
- 2025.01.01
Finalist — IoT Challenge 2025
FPT Software
- 2024.11.01
Silver Medal — The University Physics Competition 2024
University Physics Competition
- 2024.01.01
Gold Medal — WorldQuant Challenge
WorldQuant
- 2023.01.01
2nd Prize — National Physics Olympiad
Ministry of Education and Training, Vietnam
- 2023.01.01
5th Place Worldwide — Thomas Jefferson Physics Olympiad
Thomas Jefferson High School
- 2022.01.01
Certificates
| Introduction to Microelectronics | ||
| VinUniversity |
| Open RAN 101 | ||
| VinUniversity |
| Wireless Communications | ||
| Yonsei University (Coursera) |
| Neural Networks and Deep Learning | ||
| DeepLearning.AI |
| Digital Signal Processing | ||
| EPFL (Coursera) |
Publications
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2026.05.24 ChronoSC: Task-Oriented Semantic Communication via Temporal-to-Color Encoding
IEEE ICCE 2026
Accepted. Task-oriented semantic communication using temporal-to-color encoding.
-
2026.04.01 From Monitoring to Action: A Comprehensive Survey of Autonomous Decision-Making in Smart Aquaculture Systems
Computers and Electronics in Agriculture
Under review. Comprehensive survey of autonomous decision-making for smart aquaculture.
-
2026.04.01 FISHER: Gradient-Decoupled Hierarchical Multi-Task Learning for Fine-Grained Aquatic Species Recognition
IEEE Transactions on Circuits and Systems for Video Technology
Major Revision. Fine-grained aquatic species recognition via gradient-decoupled hierarchical multi-task learning. arXiv:2607.20523.
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2026.01.01 C-MambaPose: A Physics-Informed Complex Mamba Framework for Cross-Environment WiFi Human Pose Estimation
Arxiv preprint
Physics-informed complex Mamba framework for WiFi-based human pose estimation.
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2025.10.01 AquaSC: Task-Oriented Semantic Communication for Efficient and Intelligent Aquaculture IoT Systems
IEEE Transactions on Emerging Topics in Computational Intelligence
Under review. Task-oriented semantic communication framework for aquaculture IoT systems.
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2025.03.01 Energy-Aware Resource Allocation for Energy Harvesting Powered Wireless Sensor Nodes
IEEE Communications Letters
Novel energy-aware resource allocation framework enabling asynchronous accumulate-then-transmit protocol for EH-powered WSNs.
Skills
| Programming Languages | |
| Python | |
| C/C++ | |
| Verilog | |
| MATLAB | |
| LaTeX |
| Frameworks & AI | |
| PyTorch | |
| TensorFlow | |
| Scikit-learn | |
| OpenCV | |
| PennyLane | |
| Qiskit |
| Tools & Platforms | |
| Docker | |
| Git | |
| Vivado | |
| Altium | |
| PSpice | |
| Arduino | |
| Raspberry Pi | |
| Linux | |
| Teensy |
Languages
| Vietnamese | |
| Native speaker |
| English | |
| Working proficiency |
Interests
| Research Areas | |
| Semantic Communication | |
| Multi-Task Learning | |
| WiFi Sensing | |
| Quantum Computing | |
| Smart Aquaculture | |
| Computer Vision | |
| Energy Harvesting | |
| Embedded AI |
Projects
- 2024.01 - Present
Smart Aquaculture IoT System
Multi-sensory IoT node with Multimodal AI, LLM RAG, and semantic communication. Funded by $3,500 Student Research Grant.
- Multimodal AI
- LLM/RAG
- Hydrophone
- Semantic Communication
- 2026.01 - 2026.01
Deep JSCC for Visible Light Communication
Hardware-in-the-loop Deep JSCC via analog light (R-2R DAC). 98% MNIST compression with differentiable channel approximation.
- PyTorch
- Analog Circuit
- Signal Processing
- 2026.01 - 2026.01
Teensy 4.1 Flight Controller Firmware
Custom C++ firmware with 400Hz PID loop, Madgwick sensor fusion (MPU6050), and RC signal filtering for Quad-X drone.
- C++
- Embedded Systems
- PID Control
- 2025.01 - 2025.06
WinCart
AI-powered smart shopping assistant with ML-based positioning on Silicon Labs hardware.
- Edge AI
- Raspberry Pi
- Silicon Labs
- 2024.01 - 2024.06
Neural Network From Scratch
CNN in C++ and feedforward NN in C for MNIST classification without external ML libraries.
- C++
- Deep Learning
- MNIST