GreenPass

Department of Industrial Design, Tatung University

四點設計 Contact to GreenPass for cooperation

The rise of sustainability has made “Green Concerts” a popular way of supporting environmental initiatives. Built around the concept of concert tourism, this ticketing station can be rented for use in popular concert venues. It helps improve traffic flow as people enter the venue and reduce labor cost. Combined with sustainable wristbands, which can be used repeatedly, and machines deployed across tourist attractions in the city, Green Concerts produce an extensive and expansive impact on urban marketing and the economy of surrounding areas. Furthermore, a commemorative coin made of recycled glass brings circular economy to the homes of concert goers. The “Sustainable Interactive Ticketing System” satisfies three needs: quick pass, support, and urban tourism, promoting the entertainment industry of green cities.

"GreenPass" offers a novel concert excursion experience while reducing the need for extensive labor costs during exhibitions or performances.

Use your e-ticket to get a sustainable wristband at an exchange terminal, explore city spots for points, and use the wristband as a concert support item.

Functional ticket gates can speed up entry by quickly detecting wristbands, while also integrating the needs of other exhibition and performance spaces.

Travelers can use accumulated points to redeem sustainable commemorative coins specific to the region. After the journey, wristbands are returned to the machine for reuse.

INFERNO

Department of Industrial Design, Ming Chi University of Technology

Global warming has influenced international environmental regulations, prompting a shift from traditional fuel-powered vehicles to electric ones, becoming the new norm in daily life. However, this transition has brought about an increase in the likelihood of electric vehicle fires, posing a challenge that needs to be addressed. Therefore, the design of INFERNO aims to assist firefighters in extinguishing and cooling fires. It utilizes extendable modules and sub-vehicles that can inject water and inert gas, reducing direct contact with personnel and enabling more effective fire suppression to prevent the spread of harmful particles.