This theme emphasises integrating academic learning with practical application, showcasing how students leverage their technical skills and knowledge to create impactful, real-world outcomes.
SP is your launchpad into the world of Data and Artificial Intelligence (AI). The Minor in Data and AI is a 5-module deep dive, building strong foundations in data handling, predictive analytics, and AI applications (like NLP and Computer Vision).
The ultimate edge : Complete a data-related Final Year Project or internship (including at DSAC!) and you can secure the AI Data Apprenticeship Programme (AIDP) certification from AI Singapore! The Certificate in Data Analytics provides 3 elective modules to quickly boost your analytical knowledge.
For hands-on experience, our Internship @ DSAC lets you work on real industry projects, developing skills in data visualisation, predictive modelling and advanced AI. Join us to thrive in a data-driven world and become a high-value talent.
Hands-on Data & AI: interns build apps like EZ-Scan to scan EZ-Link cards.
Gain industry-ready skills by collaborating on real AI and data challenges at DSAC!
This project aims to address the persistent plastic waste challenge faced by a village in Yogyakarta, Indonesia. Due to limited recycling awareness and facilities, villagers often burn plastic waste, causing severe air pollution and releasing harmful emissions. To mitigate this, the team developed a sustainable solution to convert plastic waste—specifically PET—into Eco-Bricks, durable non-structural building materials made entirely from recycled plastic. A Portable Brick Compactor was designed and developed to enable efficient on-site production, fostering environmental sustainability and community-driven waste management.
Discussion and Testing of the IoT-enabled Brick Compactor with Eco-Brick samples.
The Brick Compactor with Eco-Brick samples on display.
INDUSTRY PARTNER: Universitas Muhammadiyah Yogyakarta
This showcase enables visitors to discover SP-AMC’s capabilities and systems in Advanced Manufacturing, and interact with a Robotic cell for sorting and palletizing via a Collaborative Robot—demonstrating real-time, human-robot collaboration and innovation.
Students initialising the cobot’s End-effector.
Cobot with AI-Vision identifies and sorts workpieces by location, shape, and color.
Students in the Digital Design and Fabrication module will design and create interactive lighting using 3D printing, laser cutting and block programming.
After fabricating their components and programming lighting effects, students will showcase their final products in a TikTok video, highlighting their design process while fostering creativity, technical skills and digital literacy.
Hands-on innovation: Students bring ideas to life through design and prototyping.
Where ideas take shape through creative creation, invention and prototyping.
This web application is transforming education by placing a genius AI tutor in every student's pocket. This personal AI Learning Assistant works 24/7, transforming traditional learning into a journey of discovery using SP Self-Directed Learning (SDL) framework.
Unlike conventional education methods, this digital companion adapts to each learner's unique style, using intelligent chatbots to provide instant response, self-testing and personalized feedback. The transformation lies in its ability to make quality tutoring accessible to everyone, anytime, anywhere.
By harnessing AI that grows smarter with each interaction, this breakthrough technology is reshaping how knowledge is retained and how students engage with learning. It is not just an app - it's the future of education happening now.
The Sustainable Innovation Project (SIP) and its overseas version, Learning Express (LeX™), are capstone modules taken by all Year 2 SP students. In SIP, students gain insights into sustainability challenges faced by fellow Singaporeans through partnerships with government agencies and industry partners.
In LeX™, students engage with sustainability issues confronting ACI communities and co-create solutions with peers from Institutes of Higher Learning in ACI. Both modules nurture empathy, enhance problem-solving skills, and deepen students' commitment to sustainability.
SIP and LeX™ students in action, applying Design Thinking in the community.
Students and partners coming together to showcase SIP and LeX™ projects.
This project redefines quality assurance through intelligent automation in fibre communication testing. The solution replaces slow, error-prone manual testing with lightning-fast LabVIEW and Python automation for optical transceiver testing that never misses a beat.
Meanwhile, cutting-edge machine learning algorithms act as digital quality inspectors, making split-second Go/No-Go lens decisions with superhuman accuracy. The results: Zero defects, faster production and testing. This is not just about process improvement -it's the future of manufacturing where human expertise amplifies machine intelligence, setting a new industry standard for the fibre communication industry.
Driving progress: students work on Smart Testing for Zero Defects
Smart Testing + Zero Defects = The Next Era of Fiber Manufacturing
