What can be Accomplished when Design Takes Cues from Nature

Thursday, March 26, 2026
By Melinda Scalfaro, Partner - Sustainability Leader | Regina Erdman, Interior Designer
In Sustainability, Design

Girl Scouts of North East Ohio STEM Center – A Story of Sustainability.

Nestled in the heart of Camp Ledgewood, surrounded by the Cuyahoga National Park, the new STEM Center embodies the principles of biomimicry—drawing inspiration from nature to create a building and site that function as a self-sustaining ecosystem. The design team sought input from girls, volunteers, and community members to help shape the vision for the project. Designed to spark curiosity and empower young minds, the facility welcomes both Girl Scouts and the broader community into a dynamic learning environment that nurtures discovery, innovation, and stewardship.

The building gracefully manages rainwater through natural infiltration and collection systems. The butterfly roof centralizes drainage and draws attention to the path the water takes as it filters down geometric rain chains into the rain garden that surrounds the building. Excess water is then funneled into a biofiltration basin, and finally into a retention basin, containing all the rainwater naturally on the site guarding against unwanted erosion in the adjacent forest.

The building’s envelope, mechanical, and electrical systems were thoughtfully engineered to integrate a suite of sustainable strategies that significantly reduce energy use and minimize waste. High‑performance insulation and meticulous air‑sealing create a tight, efficient enclosure, while generous daylighting reduces reliance on artificial lighting and enhances occupant comfort. Every component works in harmony to support environmental balance, echoing the elegant efficiency found in natural systems.

Solar panels mounted on the roof and a mechanical solar flower on the site work together to harness the sun’s energy to power its functions. The solar flower opens during the day, following the path of the sun to optimize the power it can generate. It also serves as a visual reminder and teaching tool for all visitors.

Four specialized classrooms—including a workshop, wet lab, tech lab, and a multi-purpose classroom—extend seamlessly into the surrounding forest via glass and covered porches on the first floor and a green roof on the second floor, dissolving the boundaries between indoor and outdoor learning. Trails, an outdoor classroom, pavilion, and wildlife observation areas transform the site itself into a living lab.

The interior embraces the Girl Scout’s mission of “making the world a better place through nature inspired design”. It blends STEM motifs with earthy hues and thoughtful material choices to create a balanced space that the occupants can feel comfortable in while learning about the latest and greatest in STEM education. The color palette throughout is derived from native birds found in the area – Cardinals, Eastern Bluebirds, and various Warblers to name a few. Sealed concrete is the primary flooring on the main level. This helps keep maintenance costs down, as dirty shoes are expected in a building that is situated in the heart of camp. It also ties into the theme of using raw materials to emulate nature as best as possible. In areas like the multi-purpose classroom and tech lab where acoustics and comfort play a greater role, a carbon neutral carpet tile in the shape of a hexagon was used to bring the STEM motif through to the flooring material.

To accompany the architecture and landscape of the STEM Center, a graphics package was designed to illustrate the “Inspirated Innovations” of how manmade designs emulate nature in and around the campus. Within the building, one Inspired Innovation graphic details how a planthopper has gear-like structures in its legs that allow it to build power to jump great distances. It is placed alongside a switch that controls an operable “Gears of Gratitude” wall featuring all the donors that help make this building possible for the GSNEO.

This isn’t just a building—it’s a clear example of what STEM can accomplish when design takes its cues from the natural world. Instead of chasing a specific green building certification, the team focused on practical, mission‑driven goals that made sense for the project and were often cost‑neutral. The result is a place that reflects their values in a real, everyday way. It shows that thoughtful choices, rooted in purpose rather than prestige, can create a space that teaches, inspires, and quietly proves what responsible innovation looks like.

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