Good news! The 7th China International College Students' "Internet+" Innovation and Entrepreneurship Competition concluded in Nanchang University in Nanchang, Jiangxi Province.

Students from Beijing Institute of Technology won 6 gold and 15 silver medals, which is the second highest number of awards in China in the finals and the top overall score. BIT has been awarded the Advanced University Collective Award for the fourth consecutive year.

A total of 4347 institutions from 121 countries and regions, with more than 2.28 million projects and 9.56 million people have registered for this year's competition, and 1085 projects have been shortlisted for the finals. BIT has 19 projects in the main track of higher education and 2 projects in the industrial track that enter the finals.

BIT Awards
Award	Project Name	Affiliation
Gold	BIT Light Shield - Pioneer in High Energy Laser Protection Materials	School of Materials Science and Engineering
Gold	Urban UAV Group Counter System	School of Aerospace Engineering
Gold	“Blue Shark” Intelligent Fire Protection System	School of Mechatronical Engineering
Gold	iRead -- Barrier-free Accessibility for Your Life	School of Mechanical Engineering
Gold	Space Internet of Things-Special Processing Chip For Satellite Communication	School of Information and Electronics
Gold	RobotRover: Empower Autonomous Robot System	School of Automation
Silver	Langsi - Laser precision sensing of the gas world	Dual Innovation Center
Silver	Arrowlin Technology - The pioneer of unmanned precision prevention and control of forest fires	School of Aerospace Engineering
Silver	Liquid Metal: New Material - New World	School of Aerospace Engineering
Silver	Intelligent tank - Let military vehicles run a "marathon" on the plateau	School of Mechanical Engineering
Silver	Intelligent Underground Self-driving Vehicle	School of Mechanical Engineering
Silver	Ultrafast Transfection-Precise Femtosecond Laser Processing and Regulating System of Cell	School of Mechanical Engineering
Silver	AI Power	School of Mechanical Engineering
Silver	Thermal shock fatigue test platform for heated parts	School of Mechanical Engineering
Silver	Riming Technology - Human Insect Composite Bionic Eye	School of Optics and Photonics
Silver	Intelligent innovation of “virtual IP”	School of Optics and Photonics
Silver	Wise-Eye – “AI+Multi-band Imaging” Edge Intelligence Terminal	School of Automation
Silver	Smart Functional (SmaF) modular —— Brain of Miniaturized UUVs	School of Automation
Silver	Advanced Power Switches Enabling Internet of Energy	School of Automation
Silver	Moores-Mars Autonomous Collaborative Exploration and Smart Services Pioneer	School of Automation
Silver	Smart Link - Intelligent networking terminal at sea, opening a new era of maritime connectivity	School of Cyberspace Science and Technology & School of Information and Electronics

The students of BIT have been making progress on the road of innovation and entrepreneurship with their solid knowledge, and they have reaped great achievements in the competition. Let’s take a look at the gold medal works of our university!

BIT Light Shield - Pioneer in High Energy Laser Protection Materials

Project leader: Li Mingzhe

Instructors: Ma Zhuang, Gao Lihong, Wang Haoyu

Team members: Zhou Kunyu, Hao Jie, Li Ruokun, Yang Yu, Liu Pengpei, Luo Chun, Zhang Qi, Zhen Yueze, Zheng Jiayi, Xu Feng, Xu Weiye, Hu Yifan

Affiliation: School of Materials Science and Engineering

The founder of the project, Li Mingzhe, a 2018 master’s degree student at BIT, led the establishment of the “BIT Light Shield” innovation team, which is dedicated to providing material solutions for users in the field of high-energy laser protection. The team has developed a series of new high-energy laser protection materials through technological innovation to address the pain points and market gaps in the field of high-energy laser protection, and has realized the product application. The core technology of the project is independently controllable, and the products have good protection effect and have been applied to many kinds of protection scenarios, and have been highly recognized by users.

Urban UAV Group Counter System

Instructors: Lin Defu, Song Tao, Wang Jiang

Team members: Huang Xi, Zhang Zhibo, Agyeman Muheyati, Ding Nuo, Hu Ziyi

Affiliation：School of Aerospace Engineering

Collaborating Institution：Bauman Moscow State Technical University

In view of the technical shortcomings faced by UAV around the world, such as the difficulty of preventing group strikes and the threat of electromagnetic interference or falling objects during use, and aiming at the urgent demand for highly efficient and cost-effective UAV defense and control products in the international arena, the team, based on the research of BIT’s Falcon system, the team integrated the advantages of the overall design technology of the Russian Bauman University, and implemented the countermeasure concept of swarm against UAV swarms, expanding the defense capability of fixed-wing UAVs on the basis of the original defense and control of rotary-wing UAVs. The product is suitable for all-round and dead-angle-free protection of key personnel, places and things in urban environment.

“Blue Shark” Intelligent Fire Protection System

Instructor: Luo Qingsheng

Team members: Xu Yuelin, Guo Jialin, Xin Zhanhua, Luo Aocheng, Shi Haoming

Affiliation: School of Mechatronical Engineering

Collaborating Institution: Lomonosov Moscow State University, Shenzhen MSU-BIT University

The “Blue Shark” intelligent fire protection system is a multi-scene fire protection system developed by Zhiying Xunke team. The intelligent fire protection system consists of five parts: central control subsystem, sensing detection subsystem, visual positioning subsystem, fire protection subsystem and intelligent auxiliary subsystem, featuring on-site decision making and intelligent disposal. The biggest advantages are fast and accurate fire detection, fast and fierce fire suppression, fast and good instant fire extinguishing, fast and simple installation and maintenance, and fast and cheap promotion and use.

iRead -- Barrier-free Accessibility for Your Life

Instructors: Hao Jia, Yan Yan, Guo Guo Xin, Xue Qing, Zhao Fang

Team members: Zhou Bengcheng, Niu Hongwei, Pan Lin, Cao Bening, Zhang Xianfang, Deng Ruofan, Liu Bingyi, Mo Guangyu, Yang Betao, Ma Boxuan

Affiliation: School of Mechanical Engineering

Collaborating Institution: KU Leuven

The team has successfully developed a new generation of intelligent brain-controlled barrier-free reading system using cutting-edge brain-computer interface technology, which can realize autonomous reading operation by controlling the book-flipping device with thoughts, providing a more intelligent and personalized book reading experience for people with disabilities, and thus creating a new generation of barrier-free intelligent home environment with human-centered, highly integrated information and intelligence.

Space Internet of Things-Special Processing Chip For Satellite Communication

Instructors: He Zhongxia, Bu Xiangyuan, Yang Kai

Team members: An Sining, Mai Lisa, Ni Zhitong

Affiliation: School of Information and Electronics

Collaborating Institution: Chalmers University of Technology

This project is dedicated to solving the international common problems of satellite communication, such as fast platform movement, long distance between stars and earth, and many communication modes. The project has developed a satellite communication baseband signal processing chip. The chip can be applied to the Internet of Things terminal to provide communication basis for oil extraction and rescue of major natural disasters; it can also be applied to smart wearable devices to provide communication services for emergency rescue of travelers and home safety of the elderly.

RobotRover: Empower Autonomous Robot System

Instructors: Yue Yufeng, Wang Meiling, Yang Yi

Team members: Wen Mingxing, Zhang Haoyuan, Zhang Jun, Wu Zhenyu, Peng Guohao

Affiliation: School of Automation

Collaborating Institution: Nanyang Technological University

Robots have been widely used in structured scenarios, however, in unstructured environments, perceptual understanding and autonomous capabilities are still limited. To address this problem, the team developed RobotRover, an autonomous robot system for unstructured scenes, with three subsystems: a big data cloud service platform, an intelligent algorithm platform, and an intelligent sensor suite. Team members have continuously improved the robot’s autonomous capability and intelligence for the full working conditions, all-weather and all-terrain nonstructural scenarios faced by the robot, and have achieved autonomous original core technologies such as autonomous unmanned system architecture, complex scene perception, accurate positioning, and adaptive intelligent navigation.

Introduction of the Competition

The 7th China International College Students’ “Internet+” Innovation and Entrepreneurship Competition is the most influential university dual-innovation event covering all colleges and universities in China, which is jointly organized by the Ministry of Education and 11 central government agencied and local provincial governments.

With the theme of “dare to imagine and innovate”, this competition focuses on the special point of the centenary of the founding of the Communist Party of China, the strategic starting point of entering a new stage of development, and the special location of holding the competition in the old revolutionary area for the first time, and focuses on the objectives of “more Chinese, more international, more educational, more comprehensive and more innovative”. The goal of the competition is to achieve full coverage of participation from mainland institutions, full coverage of participation from all educational levels, and basic coverage of participation from the top 100 universities in the world.

The future belongs to the youth and hope is in the youth. In the road of innovation and entrepreneurship, the youth continue to struggle, to live up to the times!