Ph.D. student · The University of Melbourne
Faculty of Engineering and Information Technology · Melbourne, Australia
Academic homepage ↗ · Google Scholar · ORCID · Email
I build physics-aware models that learn from simulations and adapt to real-world data.
- Physical AI & world models — learned simulators and contact dynamics.
- Scientific machine learning — physics-informed learning and sim-to-real adaptation.
- Computational mechanics — granular dynamics, constitutive modelling, and inverse problems.
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01 / SIM-TO-REAL
Fisher-guided gradient projection for physics-preserving adaptation of neural PDE surrogates. Scientific ML · Neural PDEs |
02 / LEARNED SIMULATION
Contact-memory graph networks for learned simulation of granular dynamics. Graph networks · Computational mechanics |
Open-source contributions · DeepCopilot, a coding agent for VS Code · StructureClaw, LLM agents for structural engineering.
Publications, background, and collaborations → zhou-changjian.github.io