Zhangjiang High-tech Zone has a new "construction drawing" to provide a power engine for Shanghai to build an international science and technology innovation center

Release time:Apr 24, 2024 04:56 AM

We strive to have more than 100 "unicorn" and "hidden champion" companies by 2025, with the total scale of the three leading industries accounting for more than 85% of the city, and 3-5 residential areas reaching a trillion-level industrial scale.

A reporter from Jiefang Daily and Shangguan News learned from Shanghai Kechuang that in order to further promote the high-quality development of Zhangjiang High-tech Zone, the General Office of the Shanghai Municipal People's Government recently issued "Several Opinions on Promoting the Reform, Innovation and Development of Zhangjiang High-tech Zone to Build a World-leading Science and Technology Park". Adhere to goal-oriented and problem-oriented, the city's "one game of chess", highlight "one park, one characteristic", survival of the fittest, and will be implemented from November 30, 2023.

As the main battlefield for the construction of Shanghai International Science and Technology Innovation Center and the main position for Shanghai to build world-class industrial clusters, Zhangjiang High-tech Zone strives to basically form a management system and mechanism with strong coordination, consistent rights and responsibilities, urban linkage, collaboration and efficient within three years. Create a high-quality park with emerging leading industries, complete professional services, relatively concentrated space, and a vibrant ecology.

Cultivate a group of world-class enterprises with benchmarking significance. By 2025, there will be more than 100 "unicorn" and "hidden champion" enterprises, and the total scale of the three leading industries will account for more than 85% of the city.

Guide the large-scale, intensive operation and centralized contiguous development of the park, gradually adjust and optimize the "small and scattered" plots, and realize the sharing of park operations and services. By 2025, 3-5 home districts will reach a trillion-level industrial scale.

By 2025, the number of talents in the three leading industries will reach 800,000, the number of high-quality incubators will reach 20, and an average of 200 new technology companies will be added every day.

The "Opinions" propose that the municipal level should strengthen coordination and establish a cross-department, cross-level, cross-region, and cross-park coordination mechanism. Consolidate responsibilities at the district level and establish an overall coordination mechanism led by the main leaders of the district.

The park should strengthen the construction of physical management institutions, be responsible for providing "one-door" government services such as industrial development, planning and construction, investment promotion, market access and taxation, and realize "park affairs, park management". For parks that do not have the conditions to establish a physical management organization, the district government will specify the management department, assign a strong management team, and provide government services.

Each park has established international, professional and market-oriented operating institutions, and strengthened professional services such as entrepreneurial incubation, achievement transformation, professional training, investment and financing, and effectively improved the level of service enterprises.

Based on the annual assessment results, dynamic adjustments will be implemented, and unqualified parks will be notified once and delisted twice.

In principle, each park should have no more than three clear leading industries. Resource elements at the municipal and district levels will be prioritized to be concentrated in parks with obvious industrial advantages. Create conditions for industrial development, increase land reserves and net land supply, and accelerate the transfer of standard land and the supply of standard factory buildings.

Each park has established a gradient cultivation system for enterprises and implemented a world-class enterprise nurturing project. For leading technology companies and "chain owner" companies, policy "service packages" are precisely customized. For high-growth enterprises such as "unicorns", "hidden champions", specialties and new companies, we provide special services such as market application, industrial integration, and financing docking.

Promote the open sharing of living facilities, office space, instruments and equipment, etc., and promote space composite utilization models such as "industrial upstairs". Build a "first-of-its-kind" application scenario demonstration base and accelerate the market expansion of the company's "first" products and services.

Focus on industry subdivisions and key links, build a number of technology platforms for concept verification, pilot testing services, inspection and testing, and provide full-chain technical services. Encourage qualified parks to centralize space carriers to efficient operating institutions through joint operations, entrusted operations, etc., to achieve high-quality operations and service sharing.

Explore new university science park management service models to support the transformation of scientific and technological achievements in universities and the innovation and entrepreneurship of teachers and students.

Build a number of high-quality incubators to enhance the source of hard technology innovation, the transformation of disruptive scientific and technological achievements, the incubation of high-growth technology enterprises and the integration of all-factor resources. Promote the establishment of long-term cooperation and relay incubation mechanisms between high-quality incubators and parks.

Strengthen the guiding role of government innovation funds and guide social capital to invest early, small, hard, and long-term. Encourage professional venture capital institutions to focus on subdivided areas and explore models such as "incubation and investment linkage" and "advanced incubation". Support leading technology companies in setting up corporate venture capital funds. Promote cooperation between commercial banks and venture capital institutions and equity investment institutions to innovate diversified science and technology financial service models such as "investment and loan linkage".

Implement a special pilot program for the national engineering master's and doctoral training reform, and accelerate the construction of corporate postdoctoral scientific research workstations. Establish a normalized training mechanism for multiple entities, and organize special training for urgently needed talents, highly skilled talents, product managers, and professional managers.

In accordance with the requirements of "quick pre-examination, quick confirmation of rights, and quick protection of rights", we provide enterprises with collaborative intellectual property protection, dispute resolution, and rights protection assistance services. Lay out intellectual property operation centers for key industries and explore product innovations such as intellectual property pledge loans, financing guarantees, securitization, and insurance.

Integrate into the global innovation network, encourage the establishment of international exchange and cooperation platforms, and promote the facilitation of cross-border circulation of innovation elements such as scientific research data, talents, and funds.


Zhangjiang High-tech Zone has a new "construction drawing" to provide a power engine for Shanghai to build an international science and technology innovation center
What domestic medical "important tools" did the General Secretary see in Shanghai?
What domestic medical "important tools" did the General Secretary see in Shanghai?

From November 28th to 29th, General Secretary Xi Jinping visited Shanghai for investigation and research, and came to the Shanghai Science and Technology Innovation Achievements Exhibition to learn about Shanghai's progress in building an international science and technology innovation center. In the Future Park of Zhangjiang Science City, the Shanghai Science and Technology Innovation Achievements Exhibition displays a number of important medical tools. They are all the results of research and development by Shanghai enterprises and universities and colleges. They have promoted the rapid development of the biomedical industry through independent innovation for people's life and health. Proton therapy accurately kills tumors. Proton therapy is one of the world's most advanced tumor radiotherapy methods and is known as the "tumor directional blasting artifact." Protons can concentrate the killing dose at the tumor tissue, and then the energy quickly returns to zero, stopping immediately, thereby protecting the normal tissue around the tumor and achieving precise attacks on the tumor. Compared with traditional radiotherapy

How far are we from universal AI robots? , China Electronics Technology Corporation releases its first generation humanoid robot
How far are we from universal AI robots? , China Electronics Technology Corporation releases its first generation humanoid robot

With the advent of Tesla's humanoid robot "Optimus Prime" and the large artificial intelligence model ChatGPT, general-purpose humanoid robots have become a popular track in the world's cutting-edge technology. At the 27th China Small Motor Technology Seminar and Exhibition held in Shanghai recently, the first-generation humanoid robot developed by the 21st Research Institute of China Electronics Technology Group Corporation was unveiled, attracting attention in the industry. How far away are universal humanoid robots from our lives? Dr. Jiang Zhiyong, head of humanoid robot research and development at the 21st Institute of China Electronics Technology, believes that at present, many humanoid robots that have been released by domestic companies are basically in the same level range, with little difference between each other. They are all still a long way away from commercially available general-purpose intelligent services. distance. In the future, domestic enterprises must continue to accumulate technology and invest in talents in order to achieve "change from quantity to quality"

New Academician’s “Sketch” | Shen Weixiao’s Smile
New Academician’s “Sketch” | Shen Weixiao’s Smile

"There is a kind of mathematician who is very meticulous in playing chess, and I belong to another kind, who is a complete mess in playing chess." Shen Weixiao, a professor at Fudan University's Shanghai Mathematics Center and School of Mathematical Sciences, finished his words and laughed himself. 48-year-old Shen Weixiao loves to laugh, and since his name is a homophony of "smile", he has a nickname among his students: "Teacher Smile". On November 23, the newly promoted academician of the Chinese Academy of Sciences smiled from time to time during an exclusive interview with a reporter from Liberation Daily and Shangguan News. [Confident Smile] When learning mathematics, which is more important, interest or talent? Shen Weixiao's answer is that both are indispensable. Shen Weixiao grew up in a rural area. He went to school at the age of 5 and went to college at the age of 16. He participated in the junior high school and high school mathematics leagues and won the first prize in Anhui Province respectively. There were no training classes at that time, so the math teacher brought him a tutorial book from the city.

How difficult is it for domestic companies to develop automotive chips? Experts recommend speeding up the development of quality and reliability standards
How difficult is it for domestic companies to develop automotive chips? Experts recommend speeding up the development of quality and reliability standards

"When there was a shortage of automotive chips in 2021, the leader of the Ministry of Industry and Information Technology convened a meeting of experts from the automotive and semiconductor industries. At the meeting, he asked us: After the 'core shortage' passes, will the two industries still discuss automotive chips together?" Held yesterday At the second 100-person Automotive Chip Forum "Science and Technology Innovation in China", Lu Wancheng, deputy chief engineer of United Automotive Electronics Co., Ltd., recalled in his speech. Indeed, that "chip shortage" triggered Chinese people's attention to the automotive chip industry. Today, two years later, experts from the automotive and chip industries have gathered to continue discussing this important issue. Laying out and building an automotive chip closed-loop ecological chain. As one of the series of activities of the 6th Yangtze River Delta Science and Technology Achievements Trade Expo, this forum focuses on the automotive chip industry chain and cutting-edge development directions, aiming to gather the Yangtze River Delta’s scientific and technological innovation resources and attract automobile and integrated

Shanghai strengthens "whole-process innovation" and "invests first and shares later" to promote breakthroughs in laser core technology
Shanghai strengthens "whole-process innovation" and "invests first and shares later" to promote breakthroughs in laser core technology

At the beginning of this year, Dr. Dong Yongjun returned to Shanghai, where he had been away for many years, and became the chairman of Xinfeirui Technology Co., Ltd. In 2014, this scientist who worked at the Shanghai Institute of Optics and Precision Mechanics of the Chinese Academy of Sciences went to Nanjing to establish Lite-On Optoelectronics Technology Co., Ltd. to develop laser crystal materials and other products. The reason why he returned to Shanghai to start his own business for the second time was that the Yangtze River Delta National Technology Innovation Center hired him as a project manager, responsible for the implementation of the "Laser Crystal Materials" project. The unit that implements this cutting-edge technology industrialization project is Xinfeirui Company. This start-up company settled in Baoshan District is a beneficiary of the "invest first, share later" reform pilot. According to the reform plan, Xinfeirui's scientific research and management team holds 90% of the shares, and the Shanghai Yangtze River Delta Technology Innovation Research Institute's shareholding platform holds 10%; Shanghai Changsan Institute and Shanghai Baoshan Technology Transfer Co., Ltd.