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...we dedicate ourselves to embodying research, excellence and impact. Our mission is clear: to advance knowledge, achieve breakthroughs and drive multi-party collaboration. Together, as a vibrant community of researchers and industry professionals, we are bound by a common purpose – to shape a better future.

Professor Lam Khin Yong, Vice President (Industry)

About us

NTU's industry partnerships are integral to its commitment to innovation and practical impact. Through dynamic collaborations, the Vice President (Industry) Office engages with industry leaders to drive cutting-edge research, facilitate technology transfer, align academic programs with real-world demands, and develop diverse talent pipelines.  
 

NTU sustains Industry Partnerships with over 350 companies with the largest engagements through the Corporate Laboratories that include major companies such as Continental, Nanofilm Technologies, Singtel and Rolls Royce. 

GAIN - Global Alliance of Industry @ NTU provides an additional platform to catalyse inter-companies research collaboration supported by breadth and depth of research capabilities residing within the University.

Our commitment

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To support the University’s ambition to further strengthen her rapidly growing industry engagements to benefit research and education.

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To support the University’s ambition to further strengthen her rapidly growing industry engagements to benefit research and education.

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To support the University’s ambition to further strengthen her rapidly growing industry engagements to benefit research and education.

Mastercard Testimonial

As the world becomes more digitally connected, the need to protect the digital space becomes more critical. To do this, the need to increase talent pipelines in cybersecurity and digital trust becomes key. The Mastercard-NTU Joint lab thus plays a key role in contributing to talent development efforts for Singapore and the region. The joint lab will also undertake joint research into new spaces such as Trusted AI.

Mr Rajat Maheshwari, Vice President of Cyber & Intelligence (AP), Mastercard

Industry Lab Launches

News Highlights

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NTU and SMRT to trial new monitoring systems on the train network to improve rail reliability

Oct 19, 2020, 11:40 AM
Title : NTU and SMRT to trial new monitoring systems on the train network to improve rail reliability
Standfirst / Sub Head : A unique sensor system that can accurately detect MRT train door faults and alert engineering teams in advance, is one of the fruits of a dedicated research collaboration between NTU Singapore and SMRT
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Published date : Aug 29, 2018, 12:00 PM

A unique sensor system that can accurately detect MRT train door faults and alert engineering teams in advance, is one of the fruits of a dedicated research collaboration between Nanyang Technological University, Singapore (NTU Singapore) and SMRT.

The new door sensors monitor air pressure, movement speed and power systems for the pneumatic train doors. Aimed at enhancing train reliability, the sensor system is now undergoing trials on a train serving Singapore’s North-South and East-West Lines, and will progressively be implemented in phases across the network.

This is one of 13 ongoing projects under development at the SMRT-NTU Smart Urban Rail Corporate Laboratory, which was officially opened today by Mr Heng Swee Keat, Minister for Finance and Chairman of the National Research Foundation Singapore (NRF).

The $60 million joint lab was established through a partnership between NTU and SMRT, supported by NRF that began two years ago.

The lab is one of 12 corporate labs supported by the NRF, which facilitates the setting up of corporate labs via public-private partnerships.

The joint lab is also the sixth NRF-supported corporate lab located on NTU’s Smart Campus.

Starting next year, three other innovations developed at the joint lab will begin network trials.

The first is a train mounted, real-time condition monitoring system that can pick up defects on the power rails and running rails along the network in advance. It achieves this by using radio frequency technology to monitor the electrical contact between the trains and the track.

Another innovation automates the inspection of train axles using a portable robot that comes equipped with a track-mounted sensor.

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