Design and develop an Arduino-based smart soccer robot. The control software is programmed with mBlock. The shell is modeled with SolidWorks and produced by laser-cut plank board. The wheels are also modeled with SolidWorks but 3D-printed.
Smart Soccer Robot @ 5th Inno Show Read More »
Ours project is a soccer robot that is designed to look like an actual soccer ball. It has a ball-like shell, thus having an attractive look, while also being sturdy. It also has a pair of arms which is ide and slightly curved. This way the robot can maintain control of the ball effectively, while also allowing shooting (which requires certain control techniques). Its main control mechanism is designed to consist of only 2 joysticks, thus allowing easy control. Its movement speed is also determined by the magnitude of the joysticks. This ensures the robot can be moved flexibly.
ENGG1320-IMSE-Modo_Robo @ 5th Inno Show Read More »
Tiny, soft, imperceptible wearable biosensors that can continuously monitor our body condition have the potential to revolutionize healthcare technologies. They are in urgent demand to realize the goal of personalized healthcare and digital medicine. In this project, we developed a series of next-generation wearable biosensors for advanced healthcare. These futuristic devices are developed based on the PERfECT chip, which is the world’s smallest wearable biosensing platform developed in Innovation Wing. In the next several years, we expect these wearables biosensors will help PERfECT-enabled spin-off biotech companies to revolutionize our current technologies in managing cardiovascular diseases, mental health, and diabetes.
PERfECT Wearables: A Coin-sized Platform for Health Innovation @ 5th Inno Show Read More »
HKU Portal provides a course enrollment system but a lot of sections are provided and each section may contains different time slots. So it is not friendly to plan the schedule and it will be time consuming to test the which section will not causing time clash. Smart Schedule is an app that gives some useful suggestions for scheduling and provides a better user interface to edit timetable planning.
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Students will design and develop different types of robots that can launch projectiles in a complex battlefield. The robots are required to cooperate with each other and work together to attack the base of the opponent and at the same time protect their own base. Students will form a team to participate in the RoboMaster 2022 Robotics Competition and compete against other teams from all over the world using their self-build robots.
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HKU UAS is an Unmanned Aerial Systems team dedicated to forming a community of Unmanned Aerial Vehicles (UAV) enthusiasts and its associated systems, consisting of two technical teams: Mechanical Team and Computer Science Team. The team aims to join the AUVSI SUAS international competition, situated in Maryland, U.S.A. The competition requires the team to design a UAS capable of Autonomous Flight, Obstacle Avoidance, Object Detection, Classification and Localization, Mapping, Airdrop and Package Delivery via an Unmanned Ground Vehicle.
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Design, Build & Fly (DBF) is a regular capstone design project under the Department of Mechanical Engineering at the University of Hong Kong. In the past five years, DBF teams from HKU have participated in various competitions around the world. For this academic year, DBF Team will once again participate in the American Institute of Aeronautics (AIAA) Design/Build/Fly Competition and the British Model Flying Association 2022 University and Schools Flight Challenges. Teams are expected to go through the process of designing, manufacturing prototypes, testing, redesigning and competing with other international teams over the globe.
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How occupants can evacuate during emergency in High-Rise building has raised different engineer’s concern since last century. The aim of this project is to develop an autonomous robot that assists the emergency evacuation of the disability and injuries in the Temporary Refuge Space and Refuge Floor. The immediate assistance is a combination of urgent medicine delivery, remotely monitor of patient’s status (from face expression judge the urgency) and task assignment from the building management office. The robot is designed to work with other smart cities system like SCADA and Building Management System (BMS) under Artificial Intelligence & Internet of Things Internet Of Thing (AIoT) network, so that the building management can access, monitor, and control the robot from anywhere in the world.
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It is a project application proposal that aims to alleviate some of the health threats in Southeast Asia due to low road access and sparse amount of healthcare facilities. It suggests the use of drone networks for medical supply delivery. The design of our drone service differs from existing companies in operation because it proposes new service areas of greater geographical scale (Cambodia, Myanmar, and Indonesia), it incorporates the idea of a telemedicine service to reduce the need to travel for medical consultation, it focuses on a supplier-to-patient network structure rather than a supplier-to-hospital network structure, and it proposes using public health centers and small clinics as delivery centers in the event that patients do not have access to phone or internet. All of these ideas help innovate medical drone services that are already in existence, and would help to increase medical access even more acutely.
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The Solar H stands for Solaris Hybrida, which is the latin of Solar Hybrid. It is a revolutionary lighting experience that combines conventional solar tube that diverts light into buildings, solar powered led, solar-tracking panels and the unique modular add-ons.
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