Cherry Creek School District Institute of Science and Technology

Inspiring the next generation of innovators through a learning environment where science, technology, and sustainability come to life.

Designed to prepare students for leadership in Science, Technology, Engineering, and Mathematics (STEM) fields, this 58,000-square-foot science academy provides an innovative educational environment that encourages exploration, collaboration, and hands-on learning. Serving middle and high school students, the facility was developed to support advanced academic programs while inspiring curiosity and discovery through both its curriculum and its architecture.

At the heart of the building are two state-of-the-art laboratories organized around an open collaborative learning space that promotes interaction, teamwork, and interdisciplinary problem-solving. The layout encourages students to move seamlessly between classroom instruction, experimentation, and group learning activities, creating a dynamic environment that reflects the collaborative nature of modern scientific research and innovation.

The building itself serves as a teaching tool, incorporating design elements that celebrate science, mathematics, and discovery. Architectural features include a prominent entrance column inspired by the molecular structure of DNA, fenestration patterns derived from the Fibonacci sequence, hallway flooring that displays lines of latitude and longitude, and a starfield-inspired LED lighting installation at the main entrance. A collimated beam of light illuminates the central stairway and supports optical demonstrations and experiments, reinforcing the building’s educational mission through everyday experiences.

Sustainability was a major design priority, resulting in the most energy-efficient facility within the school district. Through high-performance building systems and innovative design strategies, the academy operates at approximately half the energy cost of comparable facilities built to standard energy code requirements. This exceptional efficiency not only reduces operational expenses but also provides students with a real-world example of environmental stewardship and sustainable design.

The result is a forward-thinking educational facility that blends advanced learning environments, inspiring architectural concepts, and exceptional energy performance to create a living laboratory for future scientists, engineers, and innovators.

This project received the 2011 Best K-12 Education Project Award from Engineering News-Record (ENR) Mountain States.