Victor Wang Gui Cheung
Product Design
It is not easy to create something to be proud of, but upon each iteration of effort, that hope grow brighter
Final year project
Providing immediate treatment to kitchen caused injuries
FYDP Finger bandager
The finger bandager is my Final year design project which aims to expedite the process of applying bandages on fingers that have been cut by sharp objects in a busy environment such as commercial kitchens. The process of applying a bandage with one hand in a high-stress environment is a cumbersome task and takes up valuable time, which leads to this brief
Finger bandager in action
The Finger bandager, is a simple yet effective product, utilising springs and movable parts that are transformed into a clamp that wraps the bandage around the finger, this in turn skips the process of having to remove the wrapping of the bandage. The product is also easy to reset, saving valuable time for the next person that requires it.
3D printed Catlight holders
Designed for the module of Design for 3D printing, this design focuses on designing catlight holders by utilizing the advantages that 3D printing provides as a manufacturing process. The designing process of this design was entertaining and informative with trial and error methods to find the optimal solution.
3D printed Catlight holders flexible strap
The use of 3D printing is a rapid method of prototyping compared to traditional methods. This allowed me to experiment with print patterns and thickness of PLA to find a suitable design. In this case, the suitable design here is a flexible 3D printed strap which can securely strap around the bike bars as seen above. With its zigzag shape, this strap already has a built-in hook system that only requires an anchor to secure. This also means while it still has limitations, this strap can accommodate the different bike bar diameters.
3D printed Catlight holders angle changing mechanism
One of the problems that have been encountered during this design period was that the seat post of a bicycle was not vertical and was slightly slanted. This would mean any light strap onto the post would have to accommodate the angle in order to be parallel to the ground and be visible on the road. To overcome this challenge, I designed around snap-fit with a slot which allows the arms of the product to rotate until slotting into the correct orientation
3D printed Catlight holders in actual use
Takeaway's heattech
With ever more popular food delivery services available in the market and more and more restaurants willing to deliver, they face a common problem, which is the possibility that the food arrives cold, either due to traffic, or the long distance it needs to travel. In order to combat this problem, Takeaway's heat teach was conceived. Takeaway's health is a mobile food warmer that is wrapped around the delivery bag and warms the food through the use of built-in heating pads made from ultra heating fabric that can generate heat up to 68 degrees Celcius. The product is ion battery powered making it rechargeable and reusable. In addition, due to it being made from fabric, it can easily be folded into a more storable form.
Victor Wang Gui Cheung
Final year project
Providing immediate treatment to kitchen caused injuries
Work Experience
Returning once again as a design intern but this time for a longer period to Prime Time Toys LTD allowed me to take on more responsibility within the company, which included designing for a wider range of toys and assisting the administration team with their daily tasks. In addition to these tasks, I also delegated my time helping the design team and engineering team, adjusting packaging design to meet customer’s specifications, editing CAD models for the manufacture or creating mockup samples to be shown to the customers. This all-around placement not only help enhance and improve my design skills but also improved me as a person as a whole.