Projects by initiated by Student Interest Groups Project information Project descriptions WeGoALGAE is a SIG focused in research on microalgae, we develop microalgae photobioreactors, also known as microalgae air purifiers. Our microalgae air purification technology reduces CO2 and more, our air purifiers are more sustainable than commercial air purifiers and more efficient than traditional vascular […]
Carbon and sustainability Technology Read More »
Projects initiated by Student Interest Groups Project information Project descriptions Matchbox is an affordable DIY controller kit designed for beginners with parts sourced from obsolete keyboards. By assembling a controller from inexpensive upcycled parts, everyone gets to have a fun and accessible introduction to hardware engineering! Project innovation Achievements Team information Project leader: Enoch Kang
Projects supported by the Funding Scheme for student projects/activities by Tam Wing Fan Innovation Fund and Philomathia Foundation Innovation Fund Project information Project descriptions The Innogrow project pioneers sustainable agriculture with a non-toxic, laser-based weed control system. It tackles weed-induced yield losses, herbicide resistance, and soil degradation by combining computer vision for precise weed detection
Innogrow – Sustainable Weed Control Solution Read More »
Projects by Student Research Assistants (SRAs) of Innovation Wing and Innovation Academy Project information Project descriptions Project innovation Achievements Team information Project leader: Pitimontreekul Chalida (Aom) Team member(s): Ignatius De Loyola D. Japar (Ilo) Netitorn Kawmali (Ing), Mario Chandra (Mario) Project poster Project video Project images Awards Winner of the Inno Show Award @ The 10th Inno
Modular thermal-based people counting system Read More »
The project constructed a storage device prototype which allows users to take items from the cabinet at fixed locations. With the use of switches and buttons, the user can rotate the carousel to different cabinets to designated position based on their preferences. When the cabinet reaches the location, the user then can simply drag the cabinet out of the carousel to access the items inside. This greatly eases the problems faced by handicapped and elderly nowadays. A prototype has been produced and will be shown.
Home Storage Usage Carousel Read More »
SmartSocks are lightweight, low-energy wearable socks designed to ease gait issues like pronation and supination, affecting 35% of the elderly. Using soft robotics and smart sensors, they provide gentle, targeted leg muscle relief tailored to each user’s walking pattern. Unlike bulky massage devices or high-voltage wearables, SmartSocks are practical for daily use—no heavy hardware, no frequent charging. An AI-powered app personalises massage settings based on foot shape and movement data. Offered at a competitive price, SmartSocks help elderly users walk more comfortably, reduce chronic pain risks, and improve mobility in a convenient, user-friendly way.
SmartSocks: AI-Based Wearables for Feet Pronation Sensing and Customised Calf Massage Read More »
You are a programmer specializing in the “Bubble Sort Algorithm” which enables you to hack through anyone’s database. You’ll need to face professional cybersecurity to overcome their firewalls to get the data you want. The battle relies on your skill, luck, and insight!
Student Interest Groups (SIGs) affiliated to Tam Wing Fan Innovation Wing are now recruiting new members. Please come over to visit their promotion booths to have better understanding about the SIGs. We are looking forward to seeing you.
Student Interest Group Promotion Weeks 2024 Read More »
Traditional wheeled robots often encounter challenges when navigating level or complex terrains. To address this real-world issue, our team presents the Multi-terrain Hexapod as a solution. Inspired by the spider’s structure, our Hexapod’s multi-legged design has demonstrated the ability to climb stairs and tackle more intricate terrains. Through this project, we aim to build a comprehensive understanding of legged robots and share our experience in developing the hexapod with the wider robotics community.
Project Innobot: Multi-terrain Hexapod Read More »
Auto-piloting is an evolving technology that significantly contributes to enhancing production efficiency across industries. The development of navigation rovers enables automated, high-loading point-to-point delivery tasks, reducing the reliance on traditional manpower and decreasing the risk of physical injuries among workers. Our team is committed to cultivating expertise in the field of navigation and sharing our experiences in creating navigation robots with the broader robotics community.
Project Innobot: Autonomous Rover Read More »