Tey Jia Ying, Derrick Png Teck Guan, Edison Choo

School of Information Technology

This voting system, developed using blockchain technology, enhances processes in both public elections and private Annual General Meetings (AGMs). By eliminating human intervention and ensuring the immutability and traceability of votes, it significantly boosts transparency, security, and efficiency. The system also reduces costs and strengthens voter authentication. The project has received positive feedback from key stakeholders, including the Singapore Elections Department and several CEOs of private-listed companies. In recognition of its innovation and scalability, the system was awarded the LHL-IDM Award in 2022.

Eugene Foo, Ryan Lucas Ho, Elijah Chia, Ong Chong Yong

School of Information Technology

Leveraging Optical Character Recognition (OCR) and machine learning, this solution streamlines form approvals by automating routine tasks and incorporating human-in-the-loop AI for more complex cases. It has been proven effective, delivering high accuracy and substantial time savings. The solution speeds up the approval process by several orders of magnitude, with accuracy levels surpassing those of human analysts.

Amos Ma Rong Sheng, Joshua Lee Wei Keong, Lee Jun Hui Joel, Dallin Au

School of Information Technology, School of Engineering

This mobile app leverages artificial intelligence and the Internet of Things to empower individuals with visual disabilities. By providing real-time audio descriptions of their surroundings, the app greatly enhances mobility and independence. One of the presenters, who has a visual disability, explained the solution from an end-user's perspective, building strong empathy with the judges.

Keith Tan, Wong Ying Shun, Ryan Chua Cheng Feng

School of Information Technology

A collaboration with hospitals and healthcare agencies, this app harnesses the power of crowdsourcing to help caregivers locate missing dementia patients. Caregivers can post vital details about the missing individual – such as his photo, age, and attire – and registered volunteers receive immediate notifications to assist in the search.

Chu Jia Hao, Jasmine Cheong Shan, Li Yuan Xin

School of Information Technology, School of Business Management 

This app is the result of a collaboration with NTUC Corporation to support their Share-a-Book initiative, which is centered around book swapping. It allows users to browse and select books more easily, eliminating the need to search through the collection onsite.

Eugene Lee Jun, Sun Yetong

School of Engineering

ProCubeX is an interactive and smart learning cube designed for children with dyslexia. Its ability to generate customised education plans ensures that every child receives personalised support while learning at his own pace. The cube promotes multisensory stimulation, effectively engaging areas of the brain associated with language acquisition. With lessons that adapt in difficulty, ProCubeX allows children to begin with manageable challenges and progressively handle more complex tasks, fostering both confidence and skills development. As an early intervention tool, ProCubeX can enhance educational outcomes for its users.

Lloyd Goh Qi Xuan, Loh Wan Loong

School of Information Technology

This interactive IoT device, developed in collaboration with NUS and other NGOs, offers various functions, including musical instruments and game controls. First deployed at an elderly centre, its gamification adds an element of fun to encourage the elderly to engage with it.

Lim Kok Fong

School of Information Technology

This mobile app allows users to send detailed help requests within a hospital, enabling staff to instantly alert CodeBlue team members on their devices during emergencies. By reducing the need to locate emergency buttons, it cuts down on the reaction time required to activate medical teams.