Vu Gia Hung — Software Engineering Portfolio

Open to Opportunities — Seeking New Challenges

Actively exploring Software Engineering internships, open-source initiatives, and collaborative technical projects.

RMIT University Vietnam

Period: 2025 - Present

Degree: Bachelor of Engineering (Software Engineering) (Honours)

Academic Standing: GPA 3.9 / 4.0

University Website | Official Academic Transcript (PDF)

Tran Phu High School

Period: 2022 - 2025

Degree: High School Diploma

Academic Standing: GPA 9.3 / 10.0

School Website

Huynh Van Nghe Secondary School

Period: 2018 - 2022

Degree: Secondary School Diploma

Academic Standing: GPA 9.4 / 10.0

School Website

Ngo Quyen Primary School

Period: 2013 - 2018

Degree: Primary School Diploma

Academic Standing: GPA 10.0 / 10.0

School Website

AEGIS - VBS 2027 Video Search

Built a live-first VBS 2027 retrieval system with a 6-member RMIT team. Led performance benchmarking and the public project page.

Role: Performance & Benchmark Engineer

Timeline: 2026 | Team Size: 6 Members

Key Engineering Highlights

• Parallelized Type-2 VQA crop scoring - cut 75-220s down to 15-30s
• Added system-wide fail-closed error handling - live search never goes down
• Fixed the eval suite's miscounting - benchmarks now report real numbers
• Built the team's public project page in React + Vite - the team got its own landing page

Technologies & Frameworks

Python, FastAPI / Uvicorn, React / Vite, TypeScript, Tailwind CSS, shadcn/ui / Radix, Lucide, Qdrant, PyTorch / Transformers, vLLM, OpenAI VLM, WeMM Embedding, SigLIP, YOLOE / Ultralytics, PaddleOCR, Whisper, OpenCV / Pillow, BM25 / RRF, DRES API.

Source Code Repository | Public Project Page | Scientific Paper (PDF)

Arduino Traffic Light System

Led a small club team in building an Arduino-based traffic light model, coordinating tasks and implementing signal timing and basic control logic.

Role: Project Leader & Embedded Firmware Developer

Timeline: 2022 | Team Size: 3 Members

Key Engineering Highlights

• State Machine logic for synchronized Red-Yellow-Green traffic light phase transitions
• Automated servo-powered barrier gate that lowers during red lights to physically prevent red-light running
• Modular C++ firmware optimizing servo PWM angle control and timing precision
• Led a 3-member club team in coordinating physical model assembly, circuit testing, and code deployment

Hardware Components

Arduino Uno R3, Servo Motor (Barrier Gate), Traffic Signal LEDs (Red / Yellow / Green), Breadboard & Resistors.

Source Code Repository | Facebook Demo Video (TP Robotics Club)

Bluetooth-Controlled Arduino Car

Built a remote-controlled 4-wheel robotic car using Arduino and Bluetooth Serial communication for real-time mobile steering.

Role: Robotics Developer & Circuit Designer

Timeline: 2022 | Team Size: 3 Members

Key Engineering Highlights

• Engineered Bluetooth UART Serial communication to receive and execute real-time motion commands from mobile app
• 4-wheel differential drive motor control via H-bridge with PWM speed regulation for agile maneuvering
• Implemented active electromagnetic braking algorithm to achieve instant stopping without inertial slip
• Calibrated steering responsiveness and seamless connectivity with mobile Bluetooth RC controller application

Hardware Components

Arduino Uno / Nano, Bluetooth Module (HC-05 / Serial), H-Bridge Motor Driver, 4 DC Gearmotors, 4-Wheel Chassis & Power Pack.

Source Code Repository | Facebook Showcase Post (TP Robotics Club)

TP Robotics Club — Tran Phu High School

Period: 2022 - 2024

Role: Member; Project Leader

Participated in robotics activities and briefly led a small technical project within the club.