The Centre also provides opportunities for SIT’s ID/IM postgraduate students to work on a stream of industry-level projects, with nine students already involved in AI projects leveraging the new Centre since the start of the year. Undergraduate students can also contribute to AI-related hands-on projects through their Integrated Work Study Programme (IWSP) and industry modules such as the Integrative Team Project (ITP).
More than 10 AI projects set in motion amid campus construction
Co-directed by AI experts from SIT, Associate Professor Daniel Wang Zhengkui, and NVIDIA, Dr Ng Aik Beng, the AI Centre has begun interim operations in SIT@NYP Building while its permanent space in SIT Punggol Campus is being constructed. The Centre at SIT’s upcoming Punggol Campus, which is situated in the Punggol Digital District, will feature two main spaces – a demo area and a seating area for 50 research engineers and students – within a space of 244 square metres.
Powered by NVIDIA accelerated computing, the Centre will present opportunities for industry partners to testbed AI products. It will further support project collaboration on NVIDIA AI software solutions and access to expert advice from NVIDIA. This includes NVIDIA AI Enterprise software such as NVIDIA NeMo, an end-to-end platform for developing custom generative AI models from anywhere. NeMo includes tools for training, retrieval-augmented generation, guardrailing and toolkits, data curation tools, and pretrained models, offering enterprises an easy, cost-effective, and fast way to adopt generative AI.
SIT has embarked on more than 10 industry projects leveraging AI in collaboration with NVIDIA. These range from protein discovery, social science, computer vision, large language models, digital twins and industrial metaverse, and more. These industry partners include:
- SMRT Corporation and SIT are co-developing a generative AI (GenAI) system aimed at enhancing safety investigations and reporting. By leveraging GenAI, incident reporting process can be automated, expediting the documentation process. This cutting-edge technology also acts as an additional layer of check that enhances the completeness and accuracy of incident reports. It directly benefits ground staff who are involved in incident reporting and investigation, boosting their productivity and operational efficiency. Powered by GenAI, this system will also facilitate in analysing the incidents, raising warnings, and extracting actionable intelligence. This is in support of SMRT’s ongoing commitment to prioritise and elevate safety standards for their workforce and for the millions of commuters they serve daily.
- CTMetrix is collaborating with SIT to develop generative AI solutions for creatingtraining data for multi-view X-ray scans of faulty electronic PCBs. This data trains animage inspection AI to accurately detect defects in soldered connections, overcomingchallenges like out-of-focus alignment. Additionally, it facilitates swift adaptation to newPCB designs without requiring full model retraining.
Inaugural SIT Industry Day welcomed AI enthusiasts from industry
Along with industry partners including SMRT Corporation, P&G and CTMetrix, SIT hosted a panel discussion at its Industry Day, themed ‘Translation of AI Technology into Industry Applications’, which unpacked the adoption of AI and the future of the technology in various industries. The session, attended by more than 150 attendees from the industry, was followed by demonstrations of AI developed by the Centre’s research projects for real-world problems.
One of the demonstrations was conducted by SMRT to showcase how they gain deeper insights into commuter sentiments, preferences, and areas of concern by harnessing advanced sentiment analysis algorithms. The near real-time sentiment analysis can help SMRT identify and prioritise areas of improvement based on commuter feedback. It will also support them with proactive issue resolution and further augment the public transport operator’s responsiveness to meet the evolving needs of commuters.
