We connect scholars, educators, communities, and industry to turn research into real-world innovation. Through cross-sector projects, we generate both social and industrial impact while creating meaningful teaching and training opportunities for students, early-career scholars, and the next generation of industry leaders.
We conduct cutting-edge scientific research, with a particular focus on integrating insights from the learning sciences with advanced technologies such as AI. We also support research teams and educators through tailored assistance and project funding. By building bridges across businesses, communities, universities, and industry partners, we help turn ideas into real-world impact.
Our organization was founded by a group of scholars who wanted to bring academic work out of the ivory tower and create real impact in society. Today, we are a diverse team united by a commitment to research, technology, social good, education, and hands-on practice, working together to turn knowledge into real-world impact.

We developed a generative AI language platform that linked our developmental research and teaching practice with industrial partners, delivering large-scale personalized tools for language learning and digital content.

We designed AI-powered bionic robots together with schools and research teams, turning our cognitive and education research into interactive classroom devices used in real teaching environments.

We developed an AI self-learning system that continuously adapted using real data from teaching and industrial processes, providing personalized training support for students, researchers, and engineers in practical scenarios.

We created an industrial data and training platform that connected research projects, university courses, and factory sites, transforming experimental results into practical digital tools for process optimization and on-the-job learning.

We co-developed a 3D imaging scanner with research and industrial collaborators, combining learning sciences with advanced AI so the system can “learn” from real inspection data and recognize hidden objects in complex luggage environments like an experienced customs officer.

We worked with manufacturing enterprises to build an intelligent welding quality system that combines learning-science–inspired modeling with AI-driven multi-sensor analysis, enabling the system to achieve real-time control and quality assurance on industrial welding lines.
If you are interested in collaborating with us, or would like us to support your research or public-interest project, please contact us.
