en.Wedoany.com Reported - Recently, China's Haier Group and Jilin University signed a strategic cooperation agreement to jointly establish a university-enterprise joint innovation entity, a science and technology innovation ecosystem consortium, and an innovation and entrepreneurship education base, while also promoting the implementation of smart campus solutions. This cooperation covers artificial intelligence, brain science, transformation of scientific and technological achievements, curriculum development, and campus intelligent applications. The focus of the cooperation has shifted from individual research projects to technological breakthroughs, talent cultivation, and application scenario construction. The signing ceremony was held at the Dongrong Conference Center of Jilin University, where Cai Lidong, Standing Committee Member of the Party Committee and Executive Vice President of Jilin University, and Wang Ye, Vice President and Chief Technology Officer of Haier Group, signed on behalf of both parties.
The joint innovation entity will initially undertake collaborative research tasks in cutting-edge technology fields. According to the cooperation arrangement, artificial intelligence and brain science have been designated as key directions. Both parties will organize research forces around industrial technology needs, promote joint research and development between university research teams and corporate technology systems, and use specific technology projects as the main carriers connecting research, application, and talent cultivation.
This cooperation goes beyond merely establishing a university-enterprise laboratory. Both parties also plan to build a science and technology innovation ecosystem consortium to further connect Jilin University's disciplines, research platforms, and talent resources with Haier Group's industrial scenarios, technology needs, and application capabilities, forming a continuous cooperation chain from demand identification, technology research and development, testing and validation, to achievement transformation. Information released by Jilin University shows that both parties have already exchanged views on aligning industrial technology needs, building joint research platforms, tackling major science and technology projects, and transforming scientific achievements.
Cooperation in the field of artificial intelligence will be more closely aligned with actual industrial needs. In recent years, Haier Group has continuously promoted the application of AI in products, services, operations, and organizational management, while Jilin University has an AI college and a foundation in multiple interdisciplinary research fields. Both parties can subsequently integrate algorithm research, data processing, model development, and industrial validation into a single collaborative system through joint projects, research platforms, and application scenarios. At this stage, neither party has announced the names of the first batch of AI projects, specific research teams, construction timelines, or achievement evaluation indicators. Therefore, substantive progress will need to be observed through milestones such as the establishment of joint platforms, project initiation, and application testing.
The inclusion of brain science as a cooperation direction means this joint effort is no longer limited to traditional home appliances and digital technology. There are overlapping areas between brain science and AI, such as neural information processing, cognitive mechanisms, neuromorphic computing, and intelligent interaction. However, the current agreement only outlines the general direction without disclosing specific research content or clarifying whether it involves brain-computer interfaces, neuromorphic algorithms, health devices, or intelligent interaction products. If specific projects emerge later, their construction may require interdisciplinary research teams, experimental equipment, data platforms, and industrial validation scenarios. The actual technical roadmap should be based on officially released information from both parties.
The transformation of scientific and technological achievements will be handled by the science and technology innovation ecosystem consortium. Unlike simply publishing research results, this mechanism emphasizes combining university technologies with the manufacturing, supply chain, market, and user scenarios of the enterprise. Through joint evaluation and application validation, it will screen achievements with implementation potential and promote their transition from the laboratory stage to product development or industrial application. Before signing the agreement, Jilin University and Haier Group also conducted demand alignment around research platforms such as the Comprehensive Extreme Conditions High-Pressure Science Center and the State Key Laboratory on Integrated Optoelectronics, providing a foundation for selecting subsequent cooperation projects.
The talent cultivation component will be directly embedded in joint projects. Both parties plan to jointly build an innovation and entrepreneurship education base, co-develop curricula, and cultivate entrepreneurial talent among university students through actual corporate needs and research projects, moving beyond traditional university-enterprise cooperation limited to visits, lectures, or short-term internships. The curriculum content and training plans have not yet been made public, but based on the direction of the agreement, students will have opportunities to participate in research efforts, product design, industrial demand analysis, and achievement transformation, creating a closer link between classroom teaching, research training, and corporate projects.
The smart campus is the part of this cooperation closest to actual construction scenarios. Both parties will design smart campus solutions based on the needs of teachers and students, and carry out application construction using real teaching, research, management, and living scenarios on campus. The goal is to create a demonstrable and verifiable smart campus model. Official information has not disclosed a specific system list, so it is currently unclear whether the project involves smart classrooms, energy management, campus IoT, dormitory services, equipment maintenance, or data management platforms. Further clarification of the implementation plan is needed.
From an overall structural perspective, this cooperation places research platforms, cutting-edge technologies, achievement transformation, entrepreneurship education, and campus applications within a single framework. The joint innovation entity is responsible for organizing technological breakthroughs, the science and technology innovation ecosystem consortium connects achievement transformation, the innovation and entrepreneurship education base handles curriculum and talent cultivation, and the smart campus provides a space for practical application and validation. With these four parts interconnected, the outcomes of the cooperation will no longer be reflected solely in papers, patents, or individual products, but will gradually materialize through platform construction, project implementation, and application scenarios.
Currently, neither party has announced the official name of the joint innovation entity, the number of initial projects, the construction timeline for the smart campus, or the specific scale of investment. Key milestones to watch for in the future include the establishment of the joint platform, the participation of key laboratories and technical teams, the launch of the first batch of AI and brain science projects, the introduction of joint courses, and the deployment and testing phase of smart campus demonstration scenarios.
