| Project Title | Project Investigator | |
|---|---|---|
| 1 | Engineering functional skeletal muscle sheets for bionic applications | Dr. Cecil CHEN |
| 2 | A Mean-Square Analysis and Design Framework for Networked Control: Correlated Stochastic Multiplicative Uncertainties | Prof. Jie CHEN |
| 3 | RRR2: Reconfigurable RevolvingWing Robot with Modular MultiLocomotion | Dr. Pakpong CHIRARATTANANON |
| 4 | Differentiable Path-Following Methods to Compute Stationary Equilibria, Perfect Stationary Equilibria and Proper Stationary Equilibria in Robust Stochastic Games | Prof. Chuangyin DANG |
| 5 | Cooperative control of networked multiple dynamical systems with unbounded transmission delays and its application | Prof. Gary FENG |
| 6 | Automation of a Viscoelasticity Microcytometer for HighThroughput Biomechanical Phenotyping of Floating Cancer Cells | Dr. Raymond LAM |
| 7 | A Microfluidic Pervaporation Device for Fabrication of Nanoparticle-based Metalens for Dry Environment Super-resolution Imaging | Prof. Wen Jung LI |
| 8 | Gaze Tracking and its Integration with Human-Robot Cooperation | Prof. Youfu LI |
| 9 | Intracellular Biopsy based microRNA Profiling for Dissecting the Temporal Dynamics of Cellular Heterogeneity | Prof. Peng SHI |
| 10 | Microrobotic System for HighPrecise Micro Helical Structure Fabrication | Dr. Yajing SHEN |
| 11 | Investigation of an excitatory nucleo-pontine-cortical feedback pathway in cerebellum-mediated associative motor learning | Dr. Chung TIN |
| 12 | Development of fast-scanning hyperspectral optical-resolution photoacoustic microscopy | Dr. Lidai WANG |
| 13 | Developing transistor-like water energy generator with high peak power density and high durability | Prof. Zuankai WANG |
