Recently, exciting news emerged from the launch ceremony of the "Beichen District Beijing-Tianjin-Hebei University Students Talent Week Activity." Jidal was officially approved to establish a "Postdoctoral Research Workstation" for its outstanding innovation capabilities in the field of intelligent equipment and its deep integration of industry, academia, and research. It became one of only five enterprises honored with this distinction, marking a new phase in the company's advancement of high-level talent cultivation, core technology breakthroughs, and scientific achievement transformation.

The establishment of the postdoctoral research workstation will create a platform for attracting and cultivating high-level talent for Gidal Intelligent Equipment Co., Ltd. By jointly recruiting postdoctoral researchers with universities and research institutes, the company can accelerate the resolution of key technical challenges in the field of intelligent equipment, shorten the R&D cycle, and facilitate the transition of scientific research achievements from laboratories to production lines.

The workstation will also attract top-tier doctoral graduates from both domestic and international backgrounds, establishing a research and development system driven by corporate needs. These high-level talents will participate in key national or provincial-level R&D projects, promoting the application of intelligent equipment in fields such as smart manufacturing and metallurgical forging, thereby fostering a virtuous cycle of "talent-technology-industry.".

As an industry benchmark, Jidar will take the postdoctoral research workstation as a starting point to actively fulfill social responsibilities, promote the aggregation of local talent resources, drive the coordinated development of upstream and downstream industrial chains, continuously deepen industry-university-research collaboration, advance intelligent equipment technology toward high precision and cutting-edge innovation, and provide intellectual support for regional economic growth.