Yes. I’ll highlight two recent achievements of our school. First, we are partnering with the Santa Ana Unified School District to establish a lab school. We recently signed an agreement with the district to develop an innovative learning site at James Monroe Elementary School, a K-5 dual immersion school that already has a strong foundation. The added value of having a university partner is that we are bringing researchers through OCEAN, the Orange County Educational Advancement Network, to contribute to the project.
Our faculty will help design playgrounds, create cutting-edge lab spaces and rethink how space can support STEM learning and development. This partnership allows us to approach the design of a school from the ground up, even though it is an existing institution that will be expanded with a new facility. It speaks to the district’s faith in our ability to contribute. They want us to think differently about how youth interact and learn, leveraging the strengths of our faculty in STEM, language sciences, linguistic development and early learning. We also have faculty and graduate students researching cutting-edge approaches, including incorporating AI into early learning and Pre-K. This will be our first university-assisted lab school, and it’s a tremendous opportunity to apply lessons from research in a real-world context.
Second, a third of our faculty—16 members—currently have active grants with organizations like the NSF, NIH and private foundations focused on artificial intelligence in education. These faculty members are exploring the role of AI in advancing access and educational opportunities. While much of the public discourse around AI focuses on academic honesty or cheating, our emphasis is on how AI can enable students to advance their learning and expand opportunities.
We are looking at ways to use AI to enhance teacher pedagogy and to create spaces for students who may have been previously underserved, such as those in special education or with individual learning plans. This work highlights the access and opportunity elements of emerging technologies, with our faculty at the forefront of this important and transformative field.
We have faculty like Andres Bustamante and Mark Warshauer working with an academy called El Sol, a private school model. They’re focusing on early learning students, from Pre-K through 3rd grade, advancing AI tools to accelerate literacy development. This involves learning in two languages and fostering cognitive development in multiple languages.
There’s truly some cutting-edge work happening in this space, incorporating AI and multiple languages into learning. It’s not just public schools benefiting, but also charter schools and other models where we can innovate and apply these advancements in different contexts.
Another faculty member, Kylie Pepler, who was one of the founders of Scratch coding, has developed a new application called Story AI. This tool uses AI to help children and students write stories in over 36 languages.
The capacity for incorporating AI into the classroom is incredible. We recently saw a demo of these technologies at a large AI learning summit. Watching my faculty in action, creating prototypes in real time and testing them in schools, was truly inspiring.
We’re already seeing the impact of these technologies, which have the potential to serve as equalizers, opening up opportunities for students and ensuring broader access to education.