Qingdao Technological University

The modular survivable undersea research submarine is designed to improve the efficiency and safety of undersea research missions. Through the modular design, different functional blocks can be flexibly configured to adapt to various scientific research needs; it is also equipped with a navigator module to assist operations, and at the same time, the advanced survival support system ensures the safety and comfort of the crew during long-term submersibles.

Sirocco is a multifunctional speaker, whose design is inspired by Chinese lanterns. It is bold and innovative in structure. Through the unique honeycomb structure design, it further conducts and diffuses the sound, thereby further enhancing the user experience and music quality, and bringing users a different use experience and visual experience. It is also foldable, and the shell of the speaker is storable and modular, with a variety of shell shapes, which can be replaced at any time according to the user's mood and home environment.

The explorer scientific research vehicle is a large-scale survival all-terrain vehicle used for scientific research and investigation in extreme environments. Its color scheme is inspired by chameleons, and its modular structure is derived from the bionics of frog bones. The explorer scientific research vehicle has spacious living and scientific research compartments, and various modular driving modes. By analyzing different natural terrains and climates, it can adapt to various harsh environments and provide researchers with better living and scientific research space and driving experience.

During the epidemic, people wear masks, which cover people’s faces and reduce the efficiency of communication. The W-3E mask uses facial recognition and an internal projector to project corresponding expression patterns. The replaceable filter element reduces the waste of resources, the radiators on both sides make the air more comfortable, and the external display screen feedbacks the user's physical state in real time.