From Feb., 2025
Rossi: Robotic Science, Systems, and Intelligence
Hsinchu, Taiwan

Rossi Lab @ NYCU

Robotic Science, Systems, and Intelligence

Welcome to the Rossi Lab at the Institute of Intelligent Systems, National Yang Ming Chiao Tung University (NYCU)!

We explore the frontiers of Generative AI, 3D Representation, and Robotic Intelligence — combining science and creativity to build smarter machines and virtual worlds.

Research

1. Generative AI (GenAI)

Making AI that creates and understands:

  • Generative Digital Twins: Realistic virtual replicas for simulation and prediction.
  • LLMs for Enterprise: Applying large language models to real-world industrial use.
  • Foundation Models: We work with diffusion models and DiT (Diffusion Transformers) to push the limits of generative capabilities.

2. 3D Representation & Reconstruction

We bring the 3D world to life:

  • NeRF (Neural Radiance Fields): Turning photos into immersive 3D scenes.
  • 3D Gaussian Splatting (3DGS): Real-time, photorealistic 3D rendering.
  • Procedural Generation: Automatically generating objects, scenes, and environments for AI training and simulation.

3. Robotic AI

Teaching robots to see, think, and act:

  • Vision-Language-Action (VLA): Robots that understand commands and perform complex tasks.
  • Vision-Language Navigation (VLN): Natural language-driven navigation in dynamic spaces.
  • Robot Perception & Planning: From sensing to decision-making in real-world scenarios.

Collaborating Companies

NVIDIA CorporationAdvanced Micro Devices (AMD)
MIRLE Automation Corporation

People

Principal Investigator

Ph.D. Students

PhD
倪采靖
PhD
江博通

Master Students

MS
陳俊騰
MS
陳政錡
MS
鄭幃澤
MS
許宇哲
MS
莊子郁
MS
王安睿
MS
邱彥禎

Interns

IN
許伊辰
IN
陳宥文

🤝 Join Us

We're always open to new ideas, collaborations, and enthusiastic researchers. If you're excited about GenAI, robotics, or 3D — let's connect!

📫 Contact: yfyangd@nycu.edu.tw

🌐 Github: https://github.com/Rossi-Laboratory

📍 Lab Location: National Yang Ming Chiao Tung University, Engineering Building 6, 3F

Explore Our Research