The Future of Marian STEM

With ongoing Marian for the Generations Capital Campaign renovations, our students will benefit from innovative spaces designed to foster creativity, collaboration, and hands-on learning. Our new STEM facilities will allow students to engage with cutting-edge technology and innovative hands-on projects, advancing learning experiences and preparing students for future success in the STEM fields. Our five renovated science labs will feature state-of-the-art technology and flexible setups to enhance collaborative learning. These updated spaces will allow for real-time data collection, making complex concepts in biology, chemistry, and physics more accessible and engaging. Here’s a look at how these spaces will elevate our curriculum and prepare students for the future:

State-of-the-Art Gas, Air, and Electrical Systems

Each science laboratory will be equipped with high-tech equipment, including gas, air, and electrical systems, as well as additional fume hoods in one classroom to accommodate a wider variety of chemical labs. These upgrades will allow for greater flexibility in lesson plans and enable students to engage in more complex experiments that would otherwise be challenging or time-consuming in outdated spaces.

Improved Storage and Accessibility for Vernier Probeware

Marian students already benefit from advanced Vernier Probeware to collect and analyze real-time scientific data—measuring oxygen levels during photosynthesis, tracking EKG readings, and more. Improved storage and in-class charging stations will make this technology more accessible and easier to set up. With equipment now within reach and ready to use, teachers can more seamlessly incorporate these tools into lessons, especially in foundational ninth and tenth grade courses.

Wireless Physics Experiments in Velocity, Impact, and Momentum

Students will continue to explore key physics concepts through hands-on experiments—now with fewer delays and greater efficiency. New Bluetooth-enabled equipment eliminates common connectivity and power issues, allowing students to focus on learning. Motion carts with built-in sensors will also enhance lessons on the conservation of momentum, making abstract concepts more tangible and engaging.

Enhanced Forensic-Style Biology Experiments

Students will continue to explore real-world biology through forensic-style labs, such as DNA fingerprinting—now with updated equipment and improved processes that reflect current industry standards. These upgrades will allow students to complete full profiles within a single class period. With more efficient and accessible tools, students will deepen their understanding of genetics and modern forensic techniques in a way that mirrors the practices used in today’s medical and investigative fields.

Advanced Genetic Modification Experiments

With updated equipment, students will be able to conduct genetic modification experiments—such as creating glow-in-the-dark bacteria—within a single class period. Students will be offered real-world insight into genetic engineering techniques used in research and industry today.

Flexible Learning Spaces

Renovated classrooms will feature moveable furniture and adaptable layouts, allowing teachers to seamlessly shift between lectures, hands-on experiments, and group collaboration. This flexibility fosters deeper student engagement and supports a wide range of learning styles. In physics, for example, tables can be positioned to accommodate 2-meter tracks for acceleration labs, cleared from the center for projectile motion experiments, or arranged in a circle for full-class discussions of lab results. These dynamic configurations will make lessons more interactive, efficient, engaging, and effective.

Makerspace for Innovation

Marian’s new makerspace will be a dynamic space where science and art collide—a hands-on exploration lab equipped with 3D printers, Cricut® machines, engraving tools, and more. Whether students are working on a class project, testing ideas for a club, or exploring a new interest, this space will foster creativity and innovation. Designed for flexibility, it will serve as a hub for hands-on learning, allowing students to bring their ideas to life in a collaborative and resource-rich environment.

Taller and Usable Ceilings

With partially exposed ceilings, physics classes will have the ability to hang large pendulums and small objects that can be moved using electric fields, expanding the possibilities for live demonstrations and laboratory experiments. Studies of free fall and air resistance will benefit from a longer path, providing more accurate data and deeper insights into these concepts.

Improved Department Collaboration

With all science teachers located in the same hallway, there will be greater opportunities for collaboration, facilitating seamless communication and the sharing of equipment and materials across all classes. This proximity will enhance teamwork among teachers, fostering a more integrated and cohesive learning environment for students.

More Accessible Storage and Workspace

The updated classrooms will feature increased in-classroom storage and expanded counter space, providing room for future growth as new technologies and tools become available to high school programs. This additional space will support the evolving needs of the science curriculum and enhance the overall learning experience.

 

In addition to updated STEM facilities, Marian for the Generations includes the creation of a Visual Arts Center, the installation of new windows and HVAC systems, and endowment growth. Learn more about Marian for the Generations, and make your impact today!