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This theme emphasises integrating academic learning with practical application, showcasing how students leverage their technical skills and knowledge to create impactful, real-world outcomes.
This project integrates an AI Recommender into dashboards to provide actionable insights from raw sales data, linking product performance with associated items. It enhances data-driven decision-making, improves strategy, increases operational efficiency and empowers better sales and product management for improved profitability.
Innovation Showcase: Student Presentation on AI Retail Recommender Dashboard Use Cases.
Behind the Scenes: Student Hard at Work on the AI Retail Recommender Dashboard.
INDUSTRY PARTNER: Infocomm Media Development Authority (IMDA)
RoboCup@Work Competition is one of the Major Leagues in the RoboCup Competition that targets the use of robots in an industrial environment.
SPlackie is an SP-owned base AMR with 4 Mecanum Wheels and Industrial Manipulator used to tackle complex tasks in manipulation, automation, and AI-powered parts handling.
SPlackie shines in:
- Loading & Unloading: Picking and Placing objects on various table heights, shelves and executing precision placement on rotating tables and into coloured containers;
- Autonomous Navigation: Equipped with LiDAR and vision systems, it detects and avoids obstacles with ease;
TEAM MEMBERS: Teo Zhenyu |Tien Ai Ci Chloe | Lim Jia Xuan | Chiw Sze Kiat | Suresh Kumar Lokesh Kumar | Low Zheng Hong | D Yang Eng
COURSE: Diploma In Computer Engineering | Diploma in Electrical & Electronic Engineering | Diploma in Engineering with Business | Diploma in Aerospace Electronics
SCHOOL: Electrical & Electronic Engineering
This LeX+ project, a continuation from LeX, aims to help goat farmers from Srunggo II, a village in Yogyakarta, Indonesia, optimize their goat farm operations to enhance earnings. As goat farming is not the main source of income, the farmers tend to neglect the goat farm, resulting in goats that are malnourished with poor health conditions.
The team developed a tech-based solution to automate the separation of goat waste, streamlining the process, resulting in a cleaner farm environment.
This solution aims to address the user needs identified:
1. Improve health of the goats by collecting and separating the urine and faeces efficiently;
2. Recycle faeces into valuable compost for sale to enhance income, creating a sustainable cycle that benefits the local community.
Students assembling the mini-prototype version of Automated Waste Separator (AWS).
Mini-prototype of Automated Waste Separator, featuring goat manure replica on the conveyor.
TEAM MEMBERS: Cheng Xun Rui | Loh Kyan | Tan Jia Xuan
COURSE: Diploma in Mechanical Engineering | Diploma in Mechatronics & Robotics
SCHOOL: Mechanical and Aeronautical Engineering
INDUSTRY PARTNER: Universitas Muhammadiyah Yogyakarta
This project aims to develop understanding of sustainability challenges/Singapore Perspectives through partnership with government agencies, in Asian communities in partnership with overseas IHLs.
Students taking the Digital Design and Fabrication module will design and create interactive lighting solutions using a combination of 3D printing, 2D laser cutting and block programming.
Students first develop their concepts digitally, fabricate custom components using 3D printers and laser cutters, and program lighting effects through simple block coding. To showcase their final products, students create a TikTok video, highlighting their design process and the functionality of their interactive lights, promoting creativity, technical skills, and digital literacy in a fun and engaging way.
Creative lighting project by students using AI and Digital Design and Fabrication skills.
Students designing and building their interactive lighting projects.
COURSE: Diploma in Architecture | Diploma in Electrical & Electronic Engineering
CENTRE: FabLab
The Sustainable Innovation Project (SIP) module and the overseas version of SIP (LeX) are taken by Year-2 students in SP. Students work in multi-disciplinary groups to tackle societal issues mapped to UN SDGs.
The module allows students to apply the skills and knowledge learnt in their Common Core Curriculum (CCC) in this capstone project which uses Design Thinking methodology to innovate solutions to challenges faced by Singaporeans (SIP) and Asian communities (LeX).
The module enables students to understand sustainability challenges and Singapore Perspectives through partnership with government agencies and interaction with Singaporeans (SIP), be exposed to sustainability challenges in Asian communities in partnership with overseas IHLs (LeX), apply Design Thinking to create innovative solutions and develop empathy for others.
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A Learning Express (LeX) student project turning plastic waste into eco-friendly bricks.
