Notre Dame Academy Opens Innovation Center With Tech Labs and Recording Studio

Last updated: February 26, 2026

If you’ve watched your child struggle with traditional learning approaches while showing remarkable creativity with building blocks, Legos, or any hands-on project, you’re not imagining the disconnect. Schools have long emphasized classroom instruction over the kind of experiential learning that lights up developing brains. A new innovation center in Hingham, Massachusetts is changing that equation—putting powerful technology and hands-on engineering directly into students’ hands.

TL;DR

Notre Dame Academy in Hingham, Massachusetts has opened the Teixeira Family Innovation Center.
The facility includes a computer lab with professional software, an engineering lab with 3D printing and robotics, and a recording studio.
Students can engage in business simulations, 3D modeling, and coding instruction.
Hands-on learning activates multiple brain regions, supporting development of problem-solving and spatial reasoning.
This model represents a growing trend toward experiential learning in schools.

Innovation Center Opens at Notre Dame Academy

Notre Dame Academy in Hingham, Massachusetts has announced the opening of the Teixeira Family Innovation Center, a state-of-the-art facility designed to bring hands-on technology and engineering experiences to students. The center integrates three distinct learning environments: a computer lab featuring professional software including RStudio, Tableau, Jupyter Notebook, MATLAB, and Blender; an engineering lab equipped with 3D printing and robotics equipment; and a fully functional recording studio.

According to the Hingham Anchor, the facility enables students to engage in business simulations, 3D modeling, and coding instruction—skills that prepare them for careers in technology and innovation sectors. The center represents a significant investment in experiential learning, giving students opportunities to apply theoretical knowledge to real-world projects.

A new innovation center is letting students actually build and create—not just memorize. Here's why hands-on tech education matters for developing brains. Tweet Now Follow Learning Success

Why Hands-On Learning Matters for Developing Brains

Research consistently shows that experiential learning activates multiple regions of the developing brain simultaneously. When students engage in project-based learning—whether coding a program, designing a 3D model, or programming a robot—they’re building neural pathways that strengthen problem-solving, spatial reasoning, and critical thinking skills.

The brain’s capacity for neuroplasticity means these skills can be developed at any age, but the earlier students engage with multi-sensory learning experiences, the stronger those neural connections become. Programs that combine technical software with hands-on engineering give students the opportunity to develop both digital literacy and practical innovation skills—a combination increasingly valued in higher education and the modern workforce. Parents seeking to support their child’s natural curiosity about technology can explore resources that help develop these processing skills at cognitive micro-skills.

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Quote: The center enables business simulations, 3D modeling, and coding instruction. Attribution: Notre Dame Academy announcement

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Preparing Students for Tomorrow’s Opportunities

The Teixeira Family Innovation Center reflects a growing recognition that students need more than traditional academic preparation. By integrating business simulations with technical skills, the program helps students understand how innovation translates into real-world applications. Learning to code becomes more meaningful when students can immediately see how their programs might power a business or solve an actual problem.

This approach aligns with what parents have long observed: children who struggle with passive learning often thrive when given opportunities to build, create, and solve problems actively. The combination of professional software tools like MATLAB and Blender with tangible engineering projects gives students a taste of authentic innovation work while they’re still in school.

Key Takeaways:

Innovation Center Launch: Notre Dame Academy opens Teixeira Family Innovation Center with computer lab, engineering lab, and recording studio.

Tech-Forward Learning: Students gain hands-on experience with professional software including MATLAB, Blender, RStudio, and coding platforms.

Future-Ready Skills: Center enables business simulations, 3D modeling, and robotics—preparing students for innovation careers.

A Model Other Schools Could Follow

As more schools recognize the limitations of lecture-based instruction alone, innovation centers like this one may become increasingly common. The Teixeira Family Innovation Center demonstrates what’s possible when educational institutions invest in facilities that let students learn by doing rather than simply learning by listening.

For parents, this development represents a shift toward educational approaches that honor different learning styles and recognize that the future belongs to innovators who can apply knowledge creatively. Watching this trend expand to more schools will be worth following in the coming years.

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Every child has the capacity to innovate, create, and solve problems—but they need opportunities to develop these skills. The Teixeira Family Innovation Center represents exactly the kind of investment schools should be making: giving students tools to build, create, and discover rather than simply memorize. Your child’s brain is wired for innovation; what they need is the right environment to unlock it. If you’re ready to explore approaches that develop your child’s unique strengths, the Learning Success All Access Program offers a free trial that includes a personalized Action Plan—and you keep that plan even if you decide it’s not the right fit.