We combine advanced structural analysis with AI‑based design to develop low‑signature panels, blast‑resistant structures, and lightweight components optimized for harsh marine and aerospace conditions.
Our research enhances safety, durability, and performance while enabling next‑generation materials and configurations for demanding operational environments.
Associate Professor, Mechanical Engineering, Industrial Research Chair in Intelligent and Green Marine Vessels
Structural mechanics, optimization, and advanced materials for marine vessels, focusing on multifunctional structures and noise reduction
Professor, Mechanical Engineering, Tier 2 CRC in Dynamics of Lattice Material and Devices
Mechanics of lattice materials and devices, dynamics and vibrations, mechanics of small scale systems
Associate Professor, Mechanical Engineering
Structural design and materials, using multiscale modelling (extended QC, diffusive molecular dynamics, large‑scale ab‑initio simulations). Mechanics of materials for structural performance, including stress in polymer brushes, mechanics of 2D materials, and spall failure in metals
Assistant Professor, Materials Engineering
Polymers and multi‑functional composites for renewable energy and unmanned vehicles. Multi‑scale, multi‑physics and manufacturing‑informed modelling of composite processes. Machine learning for composites manufacturing, performance analysis, and additive manufacturing
Assistant Professor, Materials Engineering
High-performance lightweight metals, material characterization, finite-element analysis, multi-scale modeling, bending mechanics, formability, fracture mechanics, plasticity modeling, machine learning, smart manufacturing
January 8, 2026
January 8, 2026
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