[Regulation-Free City, Mega Sandbox] ⑤ Completing Innovation... Policy, Investment, and the Final Piece: "Talent"

Expansion of the 'Innovation Ecosystem': Wuhan's Industry-Academia Collaboration Model
Researchers Gain Opportunities to Accumulate Real-World Data Through Companies
Companies Build New Economic Models and Secure Talent
Government Support B

Another key pillar of a "regulation-free city (mega sandbox)" is people. For innovative industries to grow, talent is essential, and talent comes from universities.

Wuhan in China is a prime example of this. Behind the success of autonomous driving innovation experiments in Wuhan lies not only government policy and national investment, but also the abundance of exceptional talent. With government support, companies in Wuhan are rapidly expanding the "autonomous driving innovation ecosystem" through proactive investment in education and industry-academia collaboration projects. Universities and research institutes can verify the economic feasibility of theories and data, while companies have the opportunity to secure and recruit talented individuals, creating a win-win structure.

A representative from a local autonomous driving company said, "Wuhan has many outstanding universities and talented individuals capable of turning technology into reality," adding, "As a structure for joint experimentation and verification between universities and companies has taken root, autonomous driving has evolved from 'research' to 'industry.' This means that there is also a robust talent pool to support policies and investments."

Wuhan is home to Wuhan University, which produced Xiaomi founder Lei Jun, and Huazhong University of Science and Technology, considered one of China’s top science and engineering universities. Both institutions have ranked within the top 10 in Chinese university evaluations and are regarded as "world-class" alongside Peking University and Tsinghua University. The central government’s "Double First-Class" development policy, combined with local government support for industry-academia integration, has led to a concentrated expansion of research infrastructure and corporate partnership programs. Wuhan University of Technology, a major industrial university under the Ministry of Education, is also strengthening experimental and practical education in autonomous driving and artificial intelligence in connection with regional industrial policy.

Wuhan is particularly attracting attention as a core city for AI industry talent. The city alone is home to more than 90 universities and research institutes, many of which offer departments related to artificial intelligence, data science, and automotive engineering. With such a broad base of talent, companies have established a structure that allows them to industrialize technology rapidly by conducting research and experiments in parallel. The Korea Chamber of Commerce and Industry has also recently reviewed Wuhan’s model for nurturing AI professionals in detail and is considering ways for Korean companies to jointly train technical personnel with local Wuhan universities or attract them to domestic industrial complexes.

Wuhan Overflowing with Science & Engineering Talent, Achieving a Win-Win through Industry-Academia Collaboration

Industry-academia collaboration in Wuhan began at the early stages of autonomous driving experiments. As the government set the overall direction for the industry and implemented policies, not only companies but also the education and research sectors were able to respond swiftly. Students could step out of the laboratory to obtain concrete and accurate data in real-world situations, while companies had the opportunity to verify new theories and research results, turning them into economically beneficial models.

Baidu, which operates the robotaxi service "Apollo Go," began collaborating with Wuhan University on autonomous driving technology in 2018. In 2022, they conducted joint research on satellite navigation and high-precision mapping technology, and in 2023, they established a joint laboratory to foster talent. Baidu also donated eight Level 4 autonomous vehicles to the university. Additionally, Baidu established an "AI Education Innovation Center" at Huazhong University of Science and Technology. Through an AI innovation curriculum jointly developed by Baidu and the university, future talent is being nurtured while a new industry-academia convergence model is being built.

Horizon Robotics is also carrying out collaborative projects with universities such as Wuhan University, Huazhong University of Science and Technology, and Wuhan University of Technology. Since joint research with industry directly contributes to researchers’ achievements, universities are actively participating. Ren Xuefeng, Vice President of Horizon Robotics, said, "Wuhan has a large pool of talent favored by companies. In addition to computer science, there are departments specializing in navigation and high-precision mapping, which have become driving forces for innovation."

As industry-academia collaboration projects have become more active, the government has also stepped in to support the establishment or restructuring of departments related to AI and future technologies. This is a virtuous cycle of policy. Last year, Huazhong University of Science and Technology announced plans to expand into AI, integrated circuits, and network security through a reorganization of its majors, and this year established a new AI department. In March of this year, Zhongnan University of Economics and Law also received approval from the Ministry of Education to set up a new AI department in partnership with a foreign university.

Reviving a Stagnant City: Wuhan Becomes a Land of Opportunity through Technological Innovation

Historically, Wuhan has been a hub for transportation and logistics, earning the nickname "Jiushengtongqu" (the gateway connecting nine provinces). However, compared to major cities such as Beijing and Shanghai, Wuhan’s inland location, traffic congestion, and relatively low wage levels have made it less attractive to young people. The city’s image as a "locked-down city" during the COVID-19 pandemic further hindered the influx of outside talent.

However, according to data released by the Wuhan city government in 2023, Wuhan was classified as an "emerging first-tier city." While city rankings are unofficial, this serves as an example of how new industries can help a city recover and develop. The once-stagnant city is now being recognized again as a "land of opportunity" through technological innovation.

Vice President Ren emphasized, "Students have the opportunity to implement research results in real-world projects with companies before graduation, while companies can adopt new theories and turn them into economically beneficial models. The government also strongly encourages industry-academia collaboration, resulting in excellent synergy."

A Korean industry representative active in Wuhan noted, "The commercialization of robotaxis in Wuhan, a city with a relatively small population and low cost of living, proves that such commercial viability is possible anywhere. The robotaxi experiments conducted by the Chinese government and companies in Wuhan offer many valuable insights for Korea."

This content was produced with the assistance of AI translation services.