ETPL was the commercialisation arm of the Agency for Science, Technology and Research (A*STAR), supporting it in transforming the economy by driving innovation and commercialising its research outcomes.
They aim to be the one-stop co-innovation partner of choice to grow businesses in Singapore and beyond through translating inventions and intellectual capital into marketable products, processes and services.
-
- molecular, cellular and developmental biology
- cancer genetics
- stem cells and regenerative medicine
- immunology and infectious disease
- metabolic medicine
- biomedical engineering
-
- Computational and Device Technologies
- Materials and Chemistry
- Mechatronics & Automation
- Manufacturing Technologies
- Information, Communications, Media
- Metrology
Commercialisation Division�
Planning Division
Incubation and Startup Management (ISM) Division�
Intellectual Property Management (IPM) Division�
Corporate Services�
Infocomm Technology
Signal Processing |
|
Computer Graphics & Human Machine Interfaces |
|
Computer Vision & Image Understanding |
|
Cryptography & Information Security |
|
Data Mining |
|
Human Language Processing |
|
Planning and Operations Management |
|
Manufacturing Execution and Control |
|
High Performance Computing |
|
Distributed Computing for Cloud/Grid Services |
|
Cross-disciplinary Data-intensive Analytics |
|
Geometric Modelling |
|
Computational Social Cognition |
|
Embedded Systems |
|
Modulation and Coding |
|
Network Protocols |
|
Radio Frequency & Optical Systems |
|
Data Centre Technologies |
|
Liquid Forging (Whitepaper)
Redefining the manufacturing of aluminium alloy products Coatings A collection of coatings related technologies available at ETPL |
|
FELA – Flexure-Based Electromagnetic Linear Actuator
Whitepaper on a breakthrough in precision technology that eliminates the millimetre-range barrier |
|
Microfluidics
Microfluidics – Capabilities & Offerings |
|
Case Studies – Using Technology To Increase Productivity
In this brochure of case studies, we highlight how several companies solve productivity bottlenecks and realise significant man-hours savings and reduction in manpower costs with technology. |
|
RFID for Productivity Improvement
This guide provides a detailed account of the companies featured in this publication their knowledge and experiences in using RFID technology to improve productivity in major RFID projects supported by the National RFID Centre. |
Manufacturing Research Capabilities
Engineering Systems Simulations |
|
Nano Systems Simulations |
|
Multiphase and Interfacial Flow Simulations |
|
Fluid-Structure Interaction Simulations |
|
Environmental Modeling & Simulations |
|
Research Capabilities – Electronics
Integrated Circuits & Systems (ICS) |
|
Microsystems, Modules & Components (MMC) |
|
Semiconductor Process Technologies (SPT) |
|
Bioelectronics Programme |
|
Micro-Electro-Mechanical Systems (MEMS) |
|
Nano-Electronics & Photonics (NanoEP) |
|
Sensor & Actuator Microsystems (SAM) |
|
Through-Silicon Via (TSV) |
|
Miniaturised Medical Devices (MMD) |
|
Experimental Power Grid Centre (EPGC) |
|
RF and Optical |
|
Radio Frequency Engineering Simulations |
|
Lightwave Engineering Simulations |
|
Plasmonics & Nanointegration Simulations |
|
Nanophotonics and Electronic-photonic Integration (NEI) |
|
Non-Volatile Memories (NVM) |
|
10 Tb/in2 Magnetic Recording Technologies |
|
Research Capabilities in Materials & Chemicals
Materials Analysis & Characterisation |
|
Materials Design & Growth |
|
Materials Patterning & Fabrication |
|
Materials Synthesis & Integration |
|
Crystallisation and Particle Science |
|
Heterogenous Catalysis |
|
Industrial Biotechnology |
|
Organic Chemistry |
|
Polymer |
|
Process Science and Modelling (PSM) |
|
SERC nano Fabrication, Processing and Characterisation (SnFPC) |
|
Soft Matter Simulation |
|
Biophysics Simulation |
|
Defects Simulation |
|
Interfaces Simulation |
|
Microstructure Simulation |
|
Optics and Transport Simulation |
|
Applied Thermodynamics Simulation |
|