Our Research
SHINE proposes a unique integrated interdisciplinary research platform approach that includes System Design, Novel Material Development, and New Manufacturing methods focused towards the realization of a complex state-of-art technology demonstrator for commercial interests and dual-usage.
Thrust 1 - New Design / System Enablement
Investigate new module-based system design methods that require significantly reduced design cost and infrastructure while incorporating the disruptive introduction of new functional materials.
- Thrust 1 Lead Co-Investigator: Massimo Alioto, NUS
- Co-Investigator: Alberto Sangiovanni-Vincentelli, UC Berkeley
Thrust 2 - Functional Materials, Processing and Sensors
Investigate new functional materails and material composites for sensors, electrodes, substrate that significantly add value to form-factor, functionality and cost.
- Thrust 2 Lead Co-Investigator: Chen Xiaodong, NTU
- Co-Investigator: Lee Pooi See, NTU
Thrust 3 - Device Circuit, Form Factor Co-Design
Research into microelectronic device and circuit design for reliable hybrid component integration from nanometer to micrometer scale, thermal, energy, signal management to enabling broad class of applications.
- Lead Principal Investigator: Aaron Thean, NUS
- Thrust 3B Lead Co-Investigator: Koen Mouthaan, NUS
- Co-Investigator (Lead): Leong Yoke Choy Vincent, DSO
- Co-Investigator (Lead): Surya Battacharya, A*Star IME
Thrust 4 - Hybrid Process Integration Capabilities
Research new process equipment capabilities, nanometer-to-micrometer resolution addivitve patterning (printing bonding) including throughput enhancement, material handling, hybrid processing and packaging.
- Thrust 4 Lead Co-Investigator: Lim Yeow Kheng
- Co-Investigator: Qiu Cheng Wei
- Research Collaborator: Antonio Helio Castro Netro
- Research Collaborator: Ahmed Busnaina, Northeastern University
