The Intelligent Bike Lock aims to eliminate bicycle-related safety and security issues through an all-in-one security device system by implementing RFID functionality, wireless communication, and an environmental luminosity sensor.

A flexible and versatile hexapod robot with the capacity to move effectively and adjust to different types of terrains to support data collection and search and rescue missions in challenging terrain. 

In this project, we are collaborating with Credit counselling Singapore (CCS) to develop an early warning system for default clients to help CCS act promptly and ultimately build financial resilience for individuals and community. SIT students had an opportunity to experience on how credit risk management with utilization of data analytics, is being carried out in the industry. 

Impact on students’ employability. 
Darrell Lim described the learning outcomes and impact on his career: “the CCS project has provided me with the required knowledge to forge into the field of management consulting –where machine learning and artificial intelligence shapes strategy and changes through various fields”

The project looked at improvement to a firm’s credit risk machine learning model to enhance the accuracy of a borrowers’ probability of default prediction, which benefited overall community financial resilience and shaped industry practices in credit modelling.

This project addresses the impacts of noise pollution by airports, and discuss in particular, the impact on health, well-being and annoyance. it was done to understand the various impacts of noise pollution, the airport noise abatement measures, and the regulation regarding noise emissions. Responses from different countries have been considered and regression analysis using statistical tools was conducted to test the hypothesis. Studies show that some of the Civil Aviation Authorities, together with the Housing Development Authorities still need to work closely to effectively mitigate noise pollution.

Person with reduced mobility (PRMs) are an often-overlooked segment of the travelling public. This project seeks to redress this imbalance by giving a voice to PRMs through surveys and focus group discussions. The insights and feedback shared by the PRMs to the students have helped shed new light on this little studied area.

A UX/UI style guide for a narrative mystery game with heavy stealth elements.

Low-cost carriers (LCCs) are observed to have captured a significant market share and impacted the profitability of traditional full-service carriers (FSCs) across several continents. This study identifies and examines the variables that influence consumers’ preference in flying with an LCC over an FSC in Singapore.

This study aims to explore airports' direction towards sustainability management in order to achieve its goals in the long-term. It will be reviewing the commonly used dimensions, indicators, and metrics available for the measurement of sustainability reporting performance for airports. From the review, the study will decide on a standardized framework that airports can utilize to contribute to their sustainability management.

A UX/UI style guide for a wilderness adventure/survival game.

Today, more people are taking care of their health and immune system than ever before. Some senior citizens with multiple prescriptions a day might forget or miss the timing to consume their medication. With the 'Smart Pill Box', our students leverage the power of technology and develop a potential solution for this issue.

Our Information and Communications Technology (Software Engineering) students have helped bridge healthcare and ICT to create a meaningful impact on lives. Building a mobile application that allows National University Hospital (NUH) doctors to keep track of infants' data on-the-go, our students have taken a step further by improving workflow areas such as minimising human error, offline capabilities, and portability.

The AI Powered Image Classification and Object Detection for Interior Design project is a system built by our students that consist of a machine learning model which classifies images according to a predefined set of interior design themes. Additionally, the system can detect common objects such as furniture items found in the images. This project, completed for and funded by our industry partner, Sixides, was the first under SIT's newly formed Design Factory @ SIT and featured a cross-cluster collaboration between ICT and DSB clusters.

The AI Powered Image Classification and Object Detection for Interior Design project is a system built by our students that consist of a machine learning model which classifies images according to a predefined set of interior design themes. Additionally, the system can detect common objects such as furniture items found in the images. This project, completed for and funded by our industry partner, Sixides, was the first under SIT's newly formed Design Factory @ SIT and featured a cross-cluster collaboration between ICT and DSB clusters.

The AI Powered Image Classification and Object Detection for Interior Design project is a system built by our students that consist of a machine learning model which classifies images according to a predefined set of interior design themes. Additionally, the system can detect common objects such as furniture items found in the images. This project, completed for and funded by our industry partner, Sixides, was the first under SIT's newly formed Design Factory @ SIT and featured a cross-cluster collaboration between ICT and DSB clusters.

The Drone Attack project presents an automated framework for launching cyber attacks against different types of commercial drones. Additionally, this also provides a structure for finding and adding new cyber threats. Students from three different years participated in the project along with our industry partner.

A tragic and terrifying moment took place in this kitchen involving an evil spirit hungry for the soul of the living. A fight broke out between the family living there and the evil spirit. Now, it is abandoned and the spirit is trapped inside the refrigerator, waiting to be exorcised. Rendered in Unreal Engine 5.

A cinematic walkthrough of a steampunk detective’s office. Rendered in Unreal Engine 5.

Lee, a stressed out and tired young boy is in bed trying to get some rest before a major exam at school the next day. However, he is restless from anxiety. He grabs his phone and listens to relaxing music to block out the stress. Lee tries to count sheep to help himself relax, but all his stress and worries manifest in his dreams, along with a ferocious demonic tiger.

A Chinese apothecary that also serves the function of a teahouse. Rendered in Unreal Engine 5.

An alien finds out that the famous Space Bar is hiring new food deliverers, and decides to take on the job. As he is about to make his final delivery for the day, he finds himself trapped in a mysterious house, home to a precious treasure and a misunderstood scientist.

Based on the Ainu culture, Kamui are mythical and divine beings. Legend of Kamui: Moreu is a game trailer turned walkthrough experience where the main character, Siki, ventures to unite the lands of the Kamui and encounters Moreu, the Owl God, along the way.

The VAI Home Automation System allows household appliances to be switched on and off remotely via a web interface or voice commands. Voice intercoms are also set up between two rooms, allowing for easy communication. One can check in on who’s outside the house at any time by accessing the raspberry pi camera set up at the door. This project is fulfilled by making use of the MQTT protocol.

The number of cases that the court can handle increases each year, resulting in past documents being stored inside the archive folder. Hence, finding similar cases to fight would be time-consuming to search even if keywords are used. A recommended system was created for lawyers to search for similar documents pertaining to their cases.

In this virtual reality simulation, our students developed an immersive experience that highlights the dangers of working in high-risk environments to educate workers and reduce workplace accidents. (Trigger Warning: Depiction of Sudden Drop)

Working in an industry collaboration with KK Women’s and Children’s Hospital, the student development team created this app to help young patients receiving an MRI scan to better understand the procedure, with the goal of making the process less frightening.

Ever wondered what our computer science students can do? Check out this 2D C++ custom game engine that was created by our year two students over two trimesters. A game engine is the software framework that developers use to create video games and simulations. It powers the game and allows the development team to build and include features like graphics rendering (the ability to display 2D or 3D graphical assets and environments), physics simulation, artificial intelligence, collision detection, memory management, and more. These days, most modern games are developed with the use of a third-party engine such as Unity or Unreal. By creating their custom engines, students gain valuable insights into the technology that makes video games possible.

Ever wondered what our computer science students can do? Check out this 2D C++ custom game engine that was created by our year two students over two trimesters. A game engine is the software framework that developers use to create video games and simulations. It powers the game and allows the development team to build and include features like graphics rendering (the ability to display 2D or 3D graphical assets and environments), physics simulation, artificial intelligence, collision detection, memory management, and more. These days, most modern games are developed with the use of a third-party engine such as Unity or Unreal. By creating their custom engines, students gain valuable insights into the technology that makes video games possible.

The SP Group has more than 11,000 substations delivering electricity to Singapore's industrial, commercial, and residential consumers. Part of the work includes checking for insulation degradation in substations, which is highly labour-intensive as operators have to use a handheld device to extract patterns and waveforms measured by the equipment at the substations. This is followed by manually scanning through the pattern and waveform data for potential abnormalities. Our SIT researchers have devised a machine learning platform that analyses the waveform data to flag out suspected partial discharge to make the process more efficient. Using a unique algorithm called adaptive clustering, this removes noise of varying levels to accurately isolate partial discharge data points for analysis.

Our Speech and Language Therapy Year 1 student engages and interacts with a typically developing child and parent in their home. In this fieldwork project, students link their classroom learning to real-life observations of a child’s play, language, communication, and overall developmental skills.

A team of our Physiotherapy students are collaborating with our Engineering and Infocomm Technology students and faculty members and Ng Teng Fong General Hospital to design a Virtual Reality Mobility Training (VRMT) system. This will allow users such as patients with dementia who cannot ambulate outside safely, to walk in an environment that has meaning to them while staying in a nursing home.

Our Health and Social Sciences faculty members have teamed up with NUS and Geriatric Education and Research Institute (GERI) to establish Timed Up and Go (TUG) Values for Singaporean adults. As the established TUG values in our local population differ from westerners, this research will guide the development and evaluation of risk screening of adverse health outcomes in the local population.

Many people have disabilities that necessitate the use of powered mobility devices. Mobility scooters may be preferred over power wheelchairs, as they are generally more affordable and perceived as less stigmatising. To further understand their needs and experiences, our faculty member and a team of Year 3 Occupational Therapy students conducted research on mobility scooter users. It was found that participants have positive experiences with the scooter, especially after receiving professional training, which can improve safety for users and others. This finding can be helpful to URA and LTA in developing future road system designs and policies.

Our Occupational Therapy and Infocomm Technology faculty members have teamed up with Bizlink Centre Singapore Ltd to develop a gamified vocational rehabilitation platform using augmented reality (AR) for persons with cognitive problems. This will enable them to improve their vocational skills and be trained in a fun and safe environment.

A team of Occupational Therapy faculty member and Year 3 and 4 students have teamed up with external collaborators from Tan Tock Seng Hospital Rehabilitation Services to assess the effect of executive dysfunction on daily living, which is vital for managing the stroke population. Research findings from the Executive Function Performance Test – Singapore (EFPT-SG) can help occupational therapists with the problems, goals, and intervention plan for post-stroke patients.

Our HSS students have the opportunity to lead research projects under the guidance of experienced educators and industry professionals. Embarking on research projects will encourage evidence-based practice and enable them to apply classroom learning and explore areas of interest in their fields.

Explore 'A Day In A Life' done by our Radiation Therapy students for a Virtual Reality project.

This project aims to develop novel membranes for pharmaceutical wastewater treatment and resource recovery from wastewater. Process Analytical Technology (PAT) tools will also be developed to monitor and control the wastewater treatment process.

These are some examples of applied learning activities in the Pharmaceutical Engineering programme.

This diagram outlines the simulation of municipal and food waste gasification processes for Hydrogen production.

With the current pandemic, there has been an increase of delivery riders due to demand for food orders. The project designs a shelter powered through renewable energy sources for E-bike riders and commuters, providing charging capabilities for E-bikes and concurrently creating designated lots for E-bike riders to park.

Climate change is causing global temperature to rise, and Singapore is especially affected due to the urban heat island effect. Inefficient use of energy in train stations contributes to global warming which further increases in ambient temperatures, leading to a vicious cycle. This project designs a low-energy solution to cool train cabins by 1.0 to 1.5 degrees, reducing the load on existing cooling systems.

The 3rd rail joint is an essential component in the railway as it ensures that electricity passes through different sections of 3rd rails, as well as to sustain the alignment of the 3rd rails. This project designs and develops an emergency 3rd rail joint clamp to mitigate the issue of a 3rd rail joint break and concurrently maintain the alignment of the 3rd rail joint. The proposed emergency 3rd rail joint clamp also eases the workload of the maintenance team by reducing the time taken for recovery actions.

The 3rd rail structural gauging is a preventive maintenance task performed to ensure that the 3rd rail structure is within tolerance in order not to cause damage to the trains’ current collector shoes. This project proves the concept that the 3rd rail structural gauging can be continuously conducted and can possibly detect tunnel features that are close enough to the gauge to cause damage upon impact.

This video showcase student projects from Year 1 Computer Programming Language module. Students are tasked to use what they have learnt from this module to build an Internet of Things (IoT) prototype with Data Analytics capability. This IoT Project is a smart rubbish bin that is contactless and would alert users when it is time to empty the bin.

This video showcase student projects from Year 1 Computer Programming Language module. Students are tasked to use what they have learnt from this module to build an Internet of Things (IoT) prototype with Data Analytics capability. This IoT Project is a security lock that restricts access based on employee ID.

The purpose of this project is to demonstrate the principles of in-flight stability and estimate the maximum lift and drag forces of a paper plane. Students are required to test and launch three different paper plane designs and determine if the measurements of the paper plane, lift and drag forces as well as glide angles contribute to the stability of the plane.

The purpose of this project is to demonstrate the principles of in-flight stability and estimate the maximum lift and drag forces of a paper plane. Students are required to test and launch three different paper plane designs and determine if the measurements of the paper plane, lift and drag forces as well as glide angles contribute to the stability of the plane.

This video showcases the demonstration of RSE students’ collective work in their project module, RSE1101. They are required to apply basic skills they have learnt in their first year which covers areas in Mechanical Engineering, Electrical/Electronics & Software Engineering, Systems Engineering and Project Management. Using VR goggles and GoPro Max, the students teleoperate their platform wirelessly to the onboard microcontroller that they coded with sensors performing autonomous obstacle avoidance activities.

An autonomous, unmanned vessel prototype that has obstacle detection, location data reporting, and waypoint navigation features. This was proposed and implemented as an exploratory project to solve the issue of congested ports in Singapore.

To be in line with the United Nations' Sustainable Development Goal 13: Climate Action, this project aims to reduce carbon emissions from vessels using two approaches. Firstly, a digitized, real-time vessel monitoring system has been implemented; Secondly, a digitized vessel management workflow has been proposed with the integrated real-time vessel monitoring data.

The Safety Management Solution for Delivery Cyclist project is a sensor device to detect and alert if a cyclist is not wearing a helmet or has a fever.

This project aims to integrate a Smith Machine — a versatile equipment allowing users to perform different kinds of workouts — onto the SmartGym platform. The AI-based computer vision sub-system is able to detect the workout load and track progress automatically.

An autonomous fixed-wing drone that has manual and autonomous capabilities with a minimum one-hour flight endurance. This project was developed for Jurong Island surveillance.

This video shows how students learn and understand Engineering Design through immersive technology.

The video exemplifies a real learning-in-action where our Mechanical Engineering students actively participated in the Engineering Design Graphics module. Students convert their SolidWorks design into a hologram and display it through head-mounted Microsoft Hololens to superimpose their engineering part for ease of manipulation and assembly. This skill set allows students to design their prototypes digitally on the fly and benefit from fabrication time/cost reduction.

This video project assignment by our Mechanical Design and Manufacturing Engineering students demonstrates an everyday example of Value Stream Mapping which is an effective Lean Manufacturing visualisation tool applied in the industry to improve production processes.

The Marine Programmes Poster Day (MIPD) is an annual event for the Year 3 Marine programmes students to showcase their Integrated Work Study Programme (IWSP) projects through Poster and Proof-of-Concept presentations. It has been well attended by the industry guests, IWSP partners, SIT and Newcastle University faculty, staff, and students.

This powerpoint deck illustrates Electronics and Data Engineering students’ proposed design and prototype of a 360 Ultraviolet-C radiation Robot that would not only clean surfaces in public transport vehicles, it would also filter contaminated air particles and purify with clean air molecules for inhalation.

This academic poster illustrates a student’s design of the SIT-Punggol microgrid model which integrates a solar photovoltaic system and energy storage batteries. The project also performed verification of the active and reactive power control system performance to support grid-connected and island operations.

This academic poster illustrates a student’s design and prototype of a real-time Internet of Things (IoT) monitoring system which integrates a dual-axis sun movement tracking system and a solar-powered monitoring system that is capable of consuming voltage from different renewable sources.

This video demonstrates how a data-driven model using IoT sensor data can be implemented to continuously monitor the condition of the electrical assets and detect anomalies. The developed system also recommends maintenance cycle index (MCI) for the electrical assets based on the asset utilisation, asset availability, and pattern of failure analysis.

Sustainable Infrastructure Engineering (Building Services) students embark on a water and energy innovation project where they are tasked to solve real industry problems and provide a solution to the root cause of the issue.

Sustainable Infrastructure Engineering (Building Services) students have the opportunity to participate in the Advanced Building Information Modelling (BIM) training where they are exposed to new technologies like Augmented Reality and Internet of Things (IoT) for construction planning.

Our Civil Engineering students visit a live construction site and learn how to do soil investigation from Kiso-Jiban, a world leading geotechinical consulting firm.

Mr Chua Guan Feng, a graduate from the Bachelor of Engineering (Hon) in Civil Engineering will share about his IWSP journey and capstone project experience.

Ms Chua Pei Jing, a recent graduate from the Bachelor of Engineering (Hon) in Civil Engineering and a current Masters in Engineering student, will present her IWSP and capstone project experience with FYFE Asia Pte Ltd, which is also her current employer since graduation.

Our Hospitality Business students were involved in The Pan Pacific's ESCAP4DE project as they assisted to redesign the hotel's pool deck for a better customer experience.

Our team of Hospitality Business students had produced a video in a TikTok style to showcase the Street Corner Heritage Galleries at the Balestier precinct where the Sun Yat-Sen Nanyang Memorial Hall (SYSNMH) is sited. It was very well-received by the public and garnered the highest engagement rate on the SYSNMH’s social media platforms during the digital campaign, in conjunction with Singapore Heritage Festival 2021.

Our Food Business Management students embarked on an applied research project for the US Embassy to celebrate 55 Years of partnership with the United States of America and Singapore.

Do factors such as weather, haze, waxing and waning of the moon influence customer booking? In response to this question by The Cage, a sports facilities provider and an industry collaborator, an SIT team conducted a strategic review to identify the customer segments and their booking behaviour using Data Analytics. They assisted The Cage management with data-driven customer insights and identified areas of improvement in The Cage’s value chain.