Professor Liu Chun's team from the School of Surveying, Mapping and Geographic Information has developed the air-ground collaborative sensing equipment and technology for intelligent construction scenes, and developed the intelligent surveying and mapping equipment for multi-modal data fusion, which effectively solves the pain points of the traditional three-dimensional data acquisition method in terms of efficiency, cost and scene adaptability, and realizes the lightweight sensing goal of "high precision, high efficiency, low cost and true portability, it is effectively applied to the on-site construction and operation and maintenance management of more than 40 large, high-complex, super-high-rise and other typical major buildings in China.The project won the Gold Award for Innovation in the University Exhibition Area of this year's Industry Fair.

The equipment is a seabed four-component flight node seismograph with seabed navigation and positioning and autonomous navigation functions developed by the national key research and development program "deep sea key technology and equipment" and led by the team of Professor Geng Jianhua of the College of Ocean and Earth Sciences. It is used for ultra-deep water seabed resource exploration, scientific research and resource and environmental evaluation. For the first time in the world, high-quality four-component seismic data were collected in the seabed at a depth of ~ 2861m, filling the domestic gap.

The advanced simulation system developed by Professor Wang Cheng's team in the School of Computer Science and Technology can accurately identify potential risks, support hidden danger investigation, emergency deduction and process optimization, conduct dynamic rehearsal of accident scenes in a virtual environment, and effectively predict safety risks and operational misunderstandings. It can not only be used for personnel training and actual combat exercises, but also as an important platform for intelligent decision verification and safety technology testing. At present, the results have been successfully applied to the chemical production safety solutions of Sinochem Information.

The Qi Peng team of the School of Electronics and Information Engineering focused on the clinical practical scenario of pan-vascular interventional surgery, proposed a real-time decision control algorithm framework of "embodied intelligent perception-control fusion" for surgical scenarios, constructed an autonomous navigation strategy platform for vascular interventional surgery based on high-fidelity simulation environment, and successfully realized the task-level strategy migration from simulation to real surgical scenarios. The technology is expected to open up a new technical path for the construction of precision medicine and intelligent medical system, and help China's high-end medical equipment independent innovation and industrial upgrading.

Waste methanation and substitute natural gas application project converts various organic solid wastes into high calorific value gas that can replace natural gas utilization, which not only solves the problem of solid waste cleaning treatment, but also saves valuable natural gas resources and realizes carbon emission reduction effect. The technology was developed by the solid waste heat treatment research team of Professor Chen Dezhen from the School of Mechanical and Energy Engineering. After more than ten years of research, it has overcome the tar problem, avoided the generation of oily wastewater, developed related equipment, and has the foundation for engineering application.

The development of engineered mesenchymal stem cell exosomes (ATMP) has pioneered the engineering modification of international mesenchymal stem cell exosomes. Professor Xu Jun's team from the Medical College has conquered the three core technology clusters of industrial-grade mass production process, production and quality control, and multi-model drug efficacy evaluation, and built a large-scale, highly flexible technology development platform suitable for a variety of stem cell-derived exosome drugs. The team is developing targeted, functional enhanced treatment of ischemic stroke engineered adipose mesenchymal stem cell exosome products.

Shanghai Lingze Information Technology Co., Ltd., an enterprise of Tongji Science and Technology Park, transforms air characteristic data into standardized data service products, forming a sublimation from the physical world to digital decision-making, providing intelligent monitoring and early warning, health traceability and other data services for pension, medical treatment, emergency and other industries with data elements as productivity, creating a healthy living environment, enabling public health safety, promoting high-quality economic development with continuous improvement of air quality, and fulfilling the mission of air safety, make the air safer and healthier.

Relying on the co-tracing technology of the scientific research and innovation achievements of the Automotive Institute, it focuses on the industrial application of the core technology of high-precision positioning under all working conditions of vehicles. The product line covers P-Box, IMU, domain control patch module, high-precision true value positioning test equipment and indoor and outdoor integrated full stack positioning scheme. Co-trace technology has passenger cars, agricultural machinery and drones mass production fixed-point, gradually promote unmanned vehicles, unmanned ships, drones, robots full-form vehicles intelligent, committed to becoming a segmented track innovation leader and industrialization pioneer.

Founded by the alumni of the School of Automotive, Shanghai Jiyu Technology Co., Ltd. focuses on the development and production of unmanned universal wire-controlled chassis. The company's mass production of a variety of wire-controlled chassis covering unmanned charging, unmanned logistics, unmanned distribution, unmanned killing, unmanned patrol, unmanned special vehicles and other application scenarios. The mobile unmanned charging treasure exhibition car participating in this exhibition uses a high-voltage drive chassis developed by Ji Yu, which is fully ahead of the traditional unmanned charging treasure chassis in terms of system scheme and greatly saves costs.