TP Expertise

i) Advanced Energy Conversion & Storage: Our patented state-of-the-art technologies focus on product and process development for hydrogen generation, fuel cells and applied research on redox-flow batteries and lithium battery material recycling from the material level to the stack & system development.
ii) Smart Power Systems :We work on Battery Management and Telemetry systems, concentrating on extended lifetime power solutions and high-efficiency cell balancing technology as well as real-time smart telemetry for remote monitoring of electric vehicles and mission-critical applications.
iii) Energy Sensors & Analytics: Using Smart Energy Sensors and Analytics, we develop robust and efficient energy sensors technology coupled with data analytics to smartly manage energy usage and behaviour in homes, buildings and industries.

CERC assists partners to develop PEM fuel cells and battery management systems for various industrial applications.  We can also develop environmental friendly battery recycling systems. 

Clean Energy Research Centre (CERC)

air-cooled fuel cell, hydrogen fuel cell, PEM fuel cells, battery management systems (BMS), battery recycling

i) Solid waste management & innovative building materials: raw materials & finished products from plastic wastes, park facilities from wood & horticultural wastes, sand replacement, 3D printable composites
ii) Food waste reduction & recycling: recycling food wastes into value-added products, organic wastes to building materials, sustainable food packaging, shelf-life extension

CUS assists partners to develop processes and formulations to incorporate solid waste streams into building materials.  We have also developed technologies to turn fruit waste into useful products.

Centre for Urban Sustainability (CUS)

urban waste, fruit waste, fermentation

i) Plant Biotechnology: Optimization of plant growth cycle of leafy greens
ii) Nutraceuticals: Formulation of cosmetics, nutraceuticals and pharmaceuticals

CROPS develops seed priming,  treatment and germination recipes with microbes and/or LED lights to improve crops performance.  We also investigate microbiome of soil for better plant health and nutrition.

Centre for Research and Opportunities in Plant Science (CROPS)

seed priming, vertical farming, germination recipes, LED lighting, microbiome

Feed development & performance analysis, Feed quality testing, Live feed enrichment & production, Fish meal replacement with alternative protein source, Evaluation of feed or product efficacy, Breeding, hatchery & larviculture, Selective breeding & seedstock development, Investigation & lab testing, Vaccine development, Pathogen challenge trials, Water technology & waste treatment strategies, Material development for Recirculating Aquaculture Systems (RAS), Smart urban aquaculture technology development, Consultancy for certification of Good Aquaculture Practice, Customised training, certification programmes, webinars & workshops

AIC develops animal feed, including the use of alternative protein and oil and conduct of performance testing and field trials.   We develop animal health management solutions, including rapid diagnostic kits, disease treatment and prevention strategies.

Aquaculture Innovation Centre (AIC)

aquaculture, fish meal replacement, hatchery, vaccine, pathogen, Recirculating Aquaculture Systems (RAS)

i) Applied nutrition: Nutrition intervention studies, diet counselling (for individual and group), appetite studies, efficacy studies (dose response), computerised nutrient and diet analysis, therapeutic meal planning
ii) Food product development: Carbohydrate research on slow release starches, resistant starch, amylose and amylopectin content, and their functionality in food products, ingredient applications for food additives, food enzymes, flavourings, product and process development, development of low GI, functional and healthier food products for health and well-being, sensory evaluation
iii) Culinary applications: Recipe creation, formulation of healthier bakery and confectionary products, formulation of gluten free, high protein, sugar-free/ reduced-sugar baked products, development of healthier/ therapeutic meals for dysphagia, diabetes and other chronic conditions

CANS develops healthier food products, including meals and staples (noodles), and specialised meals for healthy subjects and patients.  We are the only accredited centre in Singapore for glycaemic index testing for food products. 

Centre for Applied Nutrition Services (CANS)

applied nutrition, glycaemic index, food recipes

i) Chemical & Biological Analysis: Active ingredients testing, Antioxidant testing, Banned substances testing, Heavy metal and mineral testing, In vivo pharmacokinetic testing, Metabolomics study, Microbial testing, Residual antibiotic testing, Residual pesticide testing
ii) Safety & Efficacy: Anti-viral activity testing, Gut microbiome study, In vitro & in vivo efficacy testing, In vitro & in vivo toxicological analysis, In vitro & in vivo prebiotic effect analysis, Skin irritation testing, Stability studies
iii) Product Formulation: Innovative functional food formulation, Innovative herbal product formulation

CCHP supports enterprises in the provision of innovative and customised solutions to enhance the safety, efficacy and quality standards of complementary health products.  

Centre for Complementary Health Products (CCHP)

complementary health products, TCM, lab testing

i) Biosensor for point-of-care diagnostics: Localised Surface Plasmon Resonance (LSPR) biosensors, Microelectrode biosensors, Surface Acoustic Wave (SAW) biosensors
ii) Microfluidic devices for miniaturised chemical and biological testing: Development of microfluidic devices with integrated functional components, Development of new chemical/biological testing protocols on a microfluidic platform, Fabrication of microfluidic products using industrial-standard materials and methods
iii) Wearable sensors for healthcare applications: Development of a wide range of microfluidic pressure sensors for healthcare applications from TCM Pulse Analyzer to ‘Tui Na’ Robot, Development of flexible pressure sensors based on different conductive materials, Development of intelligent wearable healthcare products
iv) Anti-viral and anti-bacterial respirator (AVR): Functions as a personal wearable respirator, Employs a novel combination of air filtration, antiviral coating, and germicidal irradiation technology.

HEC develops biosensor and microfluidic-based platforms and devices for human health diagnosis and monitoring.  We also develop flexible and wearable sensors for health analysis and various applications

Healthcare Engineering Centre (HEC)

medical devices, microfluidics, wearable devices, smart bed

i) Robotics and Automation: Autonomous Intelligent Vehicles (AIVs), Robotic Arms, Embedded Intelligent Robotics System
ii) Advanced Manufacturing: Intelligent Factory Automation, Shop-floor Digitalisation & Connectivity, Data Analytics, Machine Learning & Artificial Intelligence

RAC develops customisable robots and automation systems for industry for use in manufacturing, construction, healthcare & service, facilities management industries.  

Robotics and Automation Centre (RAC)

Autonomous Intelligent Vehicles (AIVs), Robotic Arms, Embedded Intelligent Robotics System, robots, AMR

i) Unmanned Aerial Systems: CAAS UAV operator permit holder (UOP/0217) with 3 qualified pilots to conduct research and training in ARC, First of its kind outdoor UAV cage (30 x 30 x 8m) to allow the safe flying of drones within restricted airspace, UAV design and testing with fully equipped labs for manufacturing, instrumentation, composite materials, simulators, wind tunnel and indoor test cage
ii) MRO Technologies: Partnership with Airbus Group and subsidiaries in the use of cutting edge technologies for aircraft maintenance, repair and overhaul (MRO), CAAS SAR-147 certified hangar and aircraft for research and training activities, Partnership with TP-Lufthansa Technical Training (TP-LTT) for Licensed Aircraft Engineer expertise
iii) Airport/Airline Business Process: Exploration of the commercial and business aspect of the airport and airline ecosystem, Engagement in industry-focused applied research and development projects, Nurturing of budding aviation talent in Singapore

ARC develops customisable drones for industry for various payload,  flight times and power systems (batteries, tethered, fuel cells).

Aviation Research Centre (ARC)

Unmanned Aerial Systems, unmanned aerial vehicles, drones

i) Live Smart Factory: The AI and data driven smart factory is capable of high-mix, low volume production of products.
ii) Multidisciplinary and Experiential Learning: Students across the disciplines of engineering, IT, business and design come together for an authentic learning experience through on-the-job trainings and multidisciplinary projects.
iii) Proof-of-Concept and Consultancy Projects: Leverages on its strong industry partnerships to work on proof-of-concept projects and provide consultancy to companies to support their digitalisation and industry 4.0 transformation.

AMC assists companies to digitalise and/or automate their process to enhance productivity and monitor sustainability performance.   We also implement predictive analytics solutions for the industry to facilitate their operations. 

Advanced Manufacturing Centre (AMC)

advanced manufacturing, smart factory, industry 4.0

a) Applied Projects: Design freedom of organic shapes, Ergonomic design to reduce musculoskeletal disorder, Redesign for material optimisation to replicate sub component system, Product weight reduction with design optimisation and lattices, Design and 3D printing of conformant internal channels, Development of a fully automatic process for dental prostheses, from scanning, ExoCAD design to 3D printing and sintering, Development of support structure properties that are dense enough to have good thermal conductivity and strong enough to hold overhanging features, Study of powder material including their surface texture, shape, porosity, elemental composition, etc.
b) Training and Skills Upgrading: Through the SSG-funded courses on CAD and additive manufacturing that we offer, participants will gain knowledge of the fundamentals of additive manufacturing in advanced manufacturing, and apply skills in CAD for additive manufacturing and pre and post processes using specific case studies.

DFAMC supports companies to adopt additive manufacturing as a novel production method.  Our support ranges from design, pre-processing, production to post-processing. 

Digital Fabrication and Additive Manufacturing Centre (DFAMC)

3D printing, NAMIC, additive manufacturing

i) Artificial Intelligence (AI) and Machine Learning: Chatbot, video analytics and image recognition
ii) Internet of Things (IoT): Embedded Device/System, cloud and mobile computing, and communication modules
iii) Immersive Media: training and simulation, integration of IoT, data analytics and AI in Immersive Media

ETC supports companies through development of immersive media packages, and solutions incorporating data analytics, IOT and artificial intelligence.

Enabling Technology Collaboratory (ETC)

AI/ML, internet of things (IOT), immersive media

Marine conservation and cultivation of aquatic plants (including microalgae), functional feeds development and nutrition analysis, dietary management for gut microbiome health and diseases, animal health and wellness, water and waste management

CAVS provides quality services for the aquaculture, biomedical research and veterinary industries; create an industry-ready workforce with relevant skills-based training through customised courses; and
promote collaborative research and development via a multidisciplinary approach to provide innovative solutions for the related industries.

Centre for Aquaculture & Veterinary Science (CAVS)

functional feeds development, nutrition analysis, dietary management for gut microbiome health and diseases, animal health and wellness, water and waste management

i) Live Systems Plug & Play: Within its live environment, IBEC enables plug & play for learning with technology and data-driven facility management systems, exposing students to the latest technologies and industry demands.
ii) Interdisciplinary Learning and Partner Collaborations: Tapping on various disciplines in architecture, design, engineering and IT, IBEC is designed for interdisciplinary learning and promotes collaborations among students, staff and industry partners

The Integrative Built Environment Centre (IBEC) was conceptualised to support the Singapore Green Plan and the BuildSG movement. It aims to advance Singapore's push for sustainable development and transform the built environment sector by providing training in the latest technologies.

Integrative Built Environment Centre (IBEC)

facility management systems