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The Sustainable Technology Centre(STC) facility is a state-of-the-art hub designed to support innovation,collaboration, and the advancement of sustainable technologies. Our facility is equipped with modern amenities and cutting-edge technology to facilitate research, training, and events.
Sustainable Technology Centre (STC) collaborates closely with the Technology Development Centre (TDC), leveraging its state-of-the-art facilities to enhance our research and development capabilities.
The facility boasts a 2,400 sqm facility equipped with cutting-edge technology and staffed by dedicated research and engineering professors. This S$20m facility is Singapore's leading R&D hub, bringing together diverse technology verticals under one roof to facilitate seamless product and systems development.
In a technology or product development research process, the workflow would typically begin and end as follows:
Design and Software Center: The process starts here with the initial design, modeling, and software development. This includes creating CAD models, simulations, and developing firmware and software for the product.
Partial Equipments and software capability:
Altium Designer EDA software
ANSYS
Solid Works Professional
Altium Designer
Mechanical component library and catalogs
Large format printers
Proof of concept in software and firmware development:Integrated Development Environment for C/C++, Java, Python
Android Studio, Xcode IDE, Windows Mobile
Firmware- MPLAP, LPCXpresso, JIRA, Wireframe
Labview, Omron PLC CX programming
In house analytic server – Tableau, R programming
Embedded Hardware Center: Following the design phase, the development moves to creating and testing the embedded systems and hardware components required for the product. This includes network analysis, power measurement, and signal generation to ensure the hardware's functionality.
Partial Equipments:
ZNL6 Vector Network Analyzer
B2910BL IoT Power Analyzer
Rohde & Schwarz Spectrum Analyzer
FSL 9kHz to 18GHz
Tektronix Oscilloscope MSO3054, 500MHz, 2.5GS/s, 16 CH MSO
Tektronix 6-1/2 Digit Precision Multimeter DMM 4050
Tektronix Arbitrary Function Generator AFG 3101
Agilent Triple Output DC Power Supply E3631A
National Instruments CompactRIONI cRIO-9076
Semiconductor Assembly Center: Next, any semiconductor components are assembled and packaged. This involves precise bonding, surface-mount technology (SMT) assembly, and environmental testing to ensure the components' reliability and performance.
Partial Equipments:
MAT6400 Flip chip bonder
Manual Wire wedge bonder
SMT stencil printer
SP600LBM-W630
Reflow Oven
Tuttnauer 2540EKA
Autoclave Chamber
Wintech NT510 Thermal Shock Chamber
ESPEC SH-221 Humidity Chamber
System Integration Center: Here, the assembled components and systems are integrated. This phase includes developing and testing both mechanical and electronic systems to ensure seamless functionality and overall system integration.
Engineering Workshop
The Engineering Workshop produces high-quality parts and prototypes with advanced 3D printing, CNC milling, and injection molding.
Partial Equipments:
3D printing machine for building functional thermoplastic parts.
Markforged Metal 3D metal printing system.
CNC milling machine capable of machine parts from 3D CAD file
Hydraulic actuated plastic injection moulding machine integrated with dehumidifier dryer and cooling unit
Electrical and Control Lab
The Electrical and Control Lab develops electronic integration and control systems, offering robust testing and measurement tools.
Partial Equipments:
Programmable Logic Controller
Electronic integration work station
Tesa-hite 400
Object Eden 260v (Polyjet)
3D Systems CUBE (FDM)
System Integration Center: Here, the assembled components and systems are integrated. This phase includes developing and testing both mechanical and electronic systems to ensure seamless functionality and overall system integration.
Engineering Workshop
The Engineering Workshop produces high-quality parts and prototypes with advanced 3D printing, CNC milling, and injection molding.
Partial Equipments:
3D printing machine for building functional thermoplastic parts.
Markforged Metal 3D metal printing system.
CNC milling machine capable of machine parts from 3D CAD file
Hydraulic actuated plastic injection moulding machine integrated with dehumidifier dryer and cooling unit
Electrical and Control Lab
The Electrical and Control Lab develops electronic integration and control systems, offering robust testing and measurement tools.
Partial Equipments:
Programmable Logic Controller
Electronic integration work station
Tesa-hite 400
Object Eden 260v (Polyjet)
3D Systems CUBE (FDM)
System Integration Center: Here, the assembled components and systems are integrated. This phase includes developing and testing both mechanical and electronic systems to ensure seamless functionality and overall system integration.
Engineering Workshop
The Engineering Workshop produces high-quality parts and prototypes with advanced 3D printing, CNC milling, and injection molding.
Partial Equipments:
3D printing machine for building functional thermoplastic parts.
Markforged Metal 3D metal printing system.
CNC milling machine capable of machine parts from 3D CAD file
Hydraulic actuated plastic injection moulding machine integrated with dehumidifier dryer and cooling unit
Electrical and Control Lab
The Electrical and Control Lab develops electronic integration and control systems, offering robust testing and measurement tools.
Partial Equipments:
Programmable Logic Controller
Electronic integration work station
Tesa-hite 400
Object Eden 260v (Polyjet)
3D Systems CUBE (FDM)