On September 7, Jeroen Prinsen, the Asia-Pacific Executive Director of Quacquarelli Symonds (QS), paid a visit to the STEM-OPC ecological community in Suzhou. His discussions with local leaders centered on critical topics including future skills development, collaboration between universities and industry, youth innovation talent cultivation, and the commercialization of research findings.
QS, a prominent international higher education consultancy headquartered in London, started with a focus on business education information and later expanded into a global authority on university assessments. The company is widely recognized for its annual release of the QS World University Rankings, which significantly influences international student choices, corporate recruitment strategies, and global institutional evaluations. With over two decades of experience serving universities, governments, and enterprises, Prinsen has been instrumental in managing QS's relationships across the Asia-Pacific region, with a particular emphasis on fostering research and commercialization ecosystems.
During his exploration of the STEM-OPC community, Prinsen gained detailed insights into its operational model. This lightweight entrepreneurship and learning environment is built upon the Blue Fanghua Cultural and Creative Park, in conjunction with the business school and innovation center at Xi'an Jiaotong-Liverpool University. The community's framework integrates STEM disciplines as its academic foundation, leverages emerging technologies like artificial intelligence as practical tools, and utilizes the OPC innovation practice mechanism as a transformation pathway. A core principle of this approach is connecting learning directly with real-world challenges.
The dialogue highlighted a shared concern: how education can evolve from traditional knowledge transmission to future-focused skill development in an era of rapid AI advancement and industrial transformation. The STEM-OPC community presented a progressive framework that guides learners through a continuum from capacity building to authentic validation. This pathway—moving from future skills through STEM learning, then to OPC practice, and finally real-world verification—aims to ensure that students and young innovators not only acquire knowledge but also successfully execute their ideas. The two parties also exchanged views on aligning university talent development with industry demands, evolving youth assessment methods, and improving pathways for innovation commercialization.
Looking ahead, the STEM-OPC ecological community intends to strengthen its connections with universities, enterprises, international educational organizations, and broader social resources. The goal is to create a more open platform for future skills practice, where real industrial challenges are brought into learning environments and where more youth-led innovation projects can transition from classrooms and laboratories into society and the marketplace.