Jiashu Huang

What are you looking for?

University of Nottingham > Engineering > Departments > Mechanical, Materials and Manufacturing Engineering > PDM Exhibitions > 2024 > BEng students > Jiashu Huang

A cabinet for drying shoes quickly and hygienically.

Being empowered with the ability to transfer abstract concepts into tangible products through design has enthralled me to further develop my expertise in product design and, in the long term, to make a meaningful contribution to innovative living. While traditional industrial design aimed to improve product quality, it may not be suitable for the complexity of today's society and marketing environment. I am eager to possess advanced design skills and technology, but also broad skills to identify pain points and respond quickly to changes in user demands, social concerns, and policy alterations. I have mastered preliminary sketching techniques, both by hand and digitally, and have become proficient in essential design software, such as Solidworks for 3D modeling and Keyshot for product visualization. At the same time, I was exposed to the interdisciplinary disciplines of engineering concepts, materials engineering, human engineering and marketing management. Interdisciplinary knowledge has enabled me to work in a variety of design fields. Beyond the theoretical learning, my frequent participation in design projects has greatly enriched my design experience and triggered my innovation ability and design skills. I made significant progress in design through course assignments. My career goal is to become a high-tech product designer and create convenient products that contribute to the improvement of quality of life. I look forward to exploring more of my potential in design and innovation and qualifying myself in the field of product design.

Jiashu Huang, BEng Product Design and Manufacture

Digital Portfolio

SoleCare – Shoe-drying Cabinet

SoleCare is designed for all users with a need to dry their shoes, especially those who often work, commute, or engage in sports outdoors. Compared to the traditional method of waiting for shoes to air dry, this product offers a more efficient and hygienic solution.

The shoe cabinet is made mostly of oak wood, divided into two sections by a vertical partition. At the shoe rack area on the right, it has two tiers that can hold up to six pairs of regular-sized shoes. Opening the door on the left reveals a drying unit with a control panel on the base featuring a screen to adjust the dryer’s operating modes. Above it are two rotatable blower arms designed to direct heated air into the shoes. The glowing components at the back are two UV light tubes for disinfecting and sterilising the shoes, fixed to a board with vent holes, behind which two fans are installed to aid in air circulation.

When users come home, they can sit on the top cushion to take off shoes. Then they can open the drying compartment door, lift the blower arms, and place their shoes upside down on them. After selecting the mode on the control panel and closing the door, the product will start operating automatically. The entire process is quick and intuitive.

Another unique feature is the hot air circulation system. Behind the insulation board at the back, there are two fans. These fans draw in the hot air expelled from the blower arms and shoes through the side slots, then release it through the radial exhaust vents at the front. This function promotes air circulation in the drying area, speeding up the evaporation of moisture. And besides, it prevents localised overheating, thereby protecting the materials of the shoe cabinet.