Oxford University Saïd Business School Delegation Visits Bojiang Robotics, Exploring China's Smart Construction Solutions

en.Wedoany.com Reported - On April 9, a delegation from Oxford University's Saïd Business School paid a special visit to Bojiang Robotics for an in-depth on-site inspection and industry exchange. As one of the world's leading business schools, this visit was both an authoritative recognition of Bojiang Robotics' technological strength and industry influence in the field of smart construction, and a cross-border dialogue integrating Chinese and international academia with industry—building an important bridge for China's smart construction technology to connect with global perspectives and step onto the international stage.

Backed by Oxford University's academic heritage of over 900 years, the Saïd Business School firmly ranks among the world's top-tier business schools. Its MSc in Financial Economics ranks first globally in the QS rankings, and it holds world-class authority and research depth in innovation and entrepreneurship, industrial research, and global business strategy. The core purpose of this delegation's visit was to gain first-hand insight into Bojiang Robotics' technological innovations and industry development in smart construction, to understand the company's R&D capabilities and commercial deployment, and to explore China's pathway for the intelligent transformation of the global construction industry.

During the inspection, the delegation toured the Robotics Experiment Center for an immersive technical exploration, experiencing first-hand Bojiang's deep technological expertise and formidable R&D strength in smart construction. On site, the delegation gained a systematic overview of Bojiang's full range of construction robotics products, which comprehensively cover core processes across the entire construction workflow, including concrete construction, precision measurement, painting and finishing works, floor construction, and high-altitude exterior wall construction, forming a multi-category, full-scenario, integrated smart construction solution. The delegation inquired in detail about each product's core technological advantages, diverse application scenarios, and market feedback, expressing strong interest in and full recognition of Bojiang's well-rounded product portfolio that achieves full coverage of key construction processes and completes the entire chain from R&D to commercial deployment.

From fine interior finishing to high-altitude exterior wall operations, from ground base treatment to refined finished construction, Bojiang Robotics employs standardized, automated, and intelligent operating modes that fundamentally break through the efficiency bottlenecks and safety pain points of traditional construction. The delegation gained an intuitive appreciation of the transformative impact smart construction technology brings to the conventional construction industry, and highly commended Bojiang Robotics' technological maturity, scenario adaptability, and industrial application value.

During the live product demonstration session, Bojiang Robotics' technological prowess was showcased in the most direct manner. The delegation watched on-site demonstrations of the floor leveling robot, interior spraying robot, and exterior wall spraying robot, witnessing up close the millimeter-level precision, high-stability operation, and full-scenario adaptability of construction robots during actual work processes.

For Bojiang Robotics, the visit from the Oxford University Saïd Business School delegation represents both an authoritative endorsement from a globally renowned academic institution and a significant opportunity for the company's global expansion. This cross-border exchange not only fostered a deep convergence of academic research and industrial practice in smart construction between China and the international community, but also injected fresh momentum into Bojiang Robotics' efforts to broaden its international vision, connect with global resources, and drive continuous technological iteration and upgrading.