To thoroughly implement the strategic arrangements outlined in the national 15th Five-Year Plan for fostering new-quality productive forces, systematically summarize the practical outcomes of the engineering survey and design industry in boosting project quality, cutting costs, raising efficiency and advancing industrial upgrading through scientific and technological innovation, a research team from China Engineering & Consulting Association conducted a special research visit to Shanghai and convened the Shanghai Engineering Survey and Design Industry Science and Technology Innovation Research Forum on October 13, 2026. Selected and recommended by the Shanghai Survey and Design Industry Association, a total of 11 representative enterprises across the industry participated in the research and presentation session. Wison Engineering was the only invited enterprise from the energy and chemical sector.

At the forum, Li Yansheng, Senior Advisor and Director of the WEL's Technical Committee, delivered a presentation entitled Technology-Driven Development, Innovation Shaping the Future. Covering dimensions including the development of the company's innovation infrastructure, breakthroughs in core technologies, commercialization outcomes, collaborative development of standards, and science and technology innovation management mechanisms, he gave a comprehensive introduction to the development of Wison Engineering's science and technology innovation system. He highlighted innovative solutions for modular design and engineering application as well as the results of their industrial translation, and systematically elaborated on the integrated green product solutions developed by the company for diversified low-carbon technology pathways in the new energy sector.

In his presentation, Li Yansheng noted that drawing on professional expertise accumulated across the full project lifecycle, Wison Engineering delivers integrated services encompassing modular design, off-site fabrication and on-site handover, and has developed integrated, digitalized and benchmark modular engineering solutions. Under this model, a large proportion of on-site construction work is shifted to prefabrication in factories, which greatly reduces the complexity of on-site construction, improves construction safety and project delivery efficiency. The solution is particularly suitable for projects with high construction costs, limited resource availability and complex site conditions. Supported by a mature modular engineering technology system and proven engineering execution capacity, Wison Engineering can effectively control project schedules and budgets, ensure high-quality project delivery, and build a number of influential benchmark projects representing "China Intelligent Manufacturing".

The research forum has created a platform for cross-sector and multi-segment exchange of innovation experience within the engineering survey and design industry, and gathered valuable practical cases for the industry to distill replicable and scalable innovation models. Wison Engineering demonstrated its core competitiveness in engineering technology innovation, modular engineering implementation and digital engineering application. It also embodied the company's commitment to embracing new-quality productive forces and advancing the transformation and upgrading of the traditional chemical engineering sector through technological innovation. Going forward, Wison Engineering will continue to deepen research on core technologies, refine its innovation management system, accelerate the industrialization of innovation achievements, and continuously deliver high-efficiency and low-carbon engineering solutions. The company will strive to support high-quality industrial development and contribute Wison's strength to the transformation and upgrading of the energy and chemical industry.