School of Electrical & Electronic Engineering
5G-AIoT LoRaWAN Sensor Network for Smart and Sustainable Campus
5G and IoT will improve everyday life from personal applications to changing how we work and live. This project is in collaboration with Advantech Co.
Singapore aims to setup a Low Powered Wireless Area Nework (LPWAN), using LoRa
sensors deployed across SP campus, assisted by 5G wireless communication. This will enable remote monitoring and control of EEE iconic projects via a cloud - WISE-PaaS AIoT Dashboard.
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Autonomous Robots Squad for a Clean and Green Environment
Introducing our Autonomous Robots Squad - navigating Air, Water and Land to keep our environment clean and green!
The Autonomous Drone conducts aerial survey, sending data, e.g. trash type and location, to the Autonomous Underwater
Vehicle (AUV) and Autonomous Mobiel Robot (AMR), which will pick and sort the PET bottles for recycling, using Arm Manipulator and AI technology.
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Gamification for a Sustainable Rehabilitation Experience
Using wearable and non-wearable sensors and devices, this system has a suite of engaging games with a mix of high intensity-oriented and purposeful movements for rehabilitation.
Therapy is now more enjoyable and patients more motivated
to continue their therapy at home, reducing unnecssary travel.
Rehabilitation data can also be monitored remotely by hospital therapists.
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Manufacturing Sustainability with i4.0 and Digital Twin Technology
Time and cost savings with advanced sensor technology, robotics and automation!
(1) Digital Twin beverage dispensing machine - testing and virtual commissioning is carried out in parallel with machine construction, with reduced risk
of damaged glasses.
(2) Real-time object detection test station - robots automate the process of real-time inspection and sort parts into good and defect bins.
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Smart Recycling Receptacle for PET Plastic Bottles
Our low cost SMART Recycling Receptacle for PET plastic bottles encourages sustainability by bringing recycling right to the doorstep of Singaporeans.
'Greener households' are also rewarded as the SMART Recycling Receptacle is able
to record the resident's address and quantity of bottles recycled with a barcode scanner and a backend processor, enabling accurate disbusement of rewards.
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Sustainable Mushroom Farming with AIoT Technology
An AIoT-based smart farming system that has been deployed in a solar-powered shipping container, complete with a facial recognition access control system to reduce the risk of contamination.
With growth parameters monitored and controlled
to optimise the mushroom harvest, mushrooms can now be grown successfully in any climate and temperature, maximising yield for every season!
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Sustainable Urban Farming - Zero Energy, Zero Waste
Our solar greenhouse runs on an IoT monitoring system that adjusts light energy required for different stages of plant growth. The hydroponic system allows roots to absorb nutrients via a specially designed tube instead of from sponges, resulting
in clean roots that can be recycled. All this is powered by solar energy.
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The Future of Work with AIoT Technology
AI, IoT and 5G technologies can reduce cost and improve safety and productivity at the workplace.
(1) AI enables real-time object detection to detect errors during Aircraft Maintenance and Repair Operation (MRO).
(2) IoT checks the
quality of air-conditioning through a smart wireless low-powered test kit. (3) 5G allows real-time inspection of the bus undercarriage, enabling remote inspection.
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SPES2023 Video Highlights
Projects from other Schools/Centres: