SKIP MAIN LINKS TURN OFF AUTO HIDE CANYON VIEW HIGH SCHOOL Innovation and Change for Next-Gen Students View Project in 3D View Gallery CLIENT Agua Fria Union High School District #216 PROJECT LOCATION Waddell, AZ AREA 237,000 SF STUDENTS 1800 Agua Fria Union High School District’s team defined a vision to blur the lines between ages and abilities, and foster authentic learning and curricular exploration by expanding the definition of what a “place-based” high school can be. Our design emphasizes spatial flexibility and sustainability as primary means of fulfilling the district’s goals. The new facility offers the opportunity to strengthen relationships, foster multiple pedagogies for individualized learning opportunities, and nurtures a culture that is student-focused and faculty-guided. Show More + 1 2 3 4 Tour the Building The campus is comprised of a series of interconnected buildings that include indoor and outdoor project rooms, a learning stair, student dining, and an athletic training corridor to take advantage of the mild southwestern climate. A 225 KW solar system provides shade to reduce solar radiation and assist in energy efficiency, contributing up to 20% of energy needs for the campus. Explore 01 Agora 02 Accelerator 03 Forts 04 Solar Array Our mission is to employ science, technology, engineering, and math to activate student learning through a project-based model. We challenge our students to look beyond their own scope of experiences and utilize these unique, innovative building spaces for authentic learning that will prepare them for post-secondary success." Phillip Nowlin Principal, Canyon View High School A Benchmark in Education Watch the design story The new facility enables innovation and measurable advancements in teaching and learning. These spaces allow teachers to advance their professional skills, and students to examine coursework more deeply to develop collaborative opportunity with peers globally." Dr. Dennis Runyan Superintendent, Agua Fria Union High School District Sustainability Canyon View High School features a uniquely sustainable – and teachable – design strategy. Our team used local climatic responses to design passive cooling and extend the comfort zone of outdoor spaces, to increase programmable learning spaces. Sun angles, ambient temperature, radiant energy, air movement, and humidification from landscape were accounted for in creating usable outdoor learning spaces and 100% naturally-lit non-glare interior learning spaces. The building will also become part of the school's science curriculum. 01 Process 02 Innovation 03 Technology 04 Research Skip 01 Process Design Voice Over 480 project stakeholders from local businesses, government officials, parents, students, and community members participated in community meetings to create three bold ideas and five guiding principles prior to conceptualize the design. Three consecutive weeks were spent exploring multiple facilities in each region to see how space supported and enabled curriculum. The following design charrettes allowed the team to test ideas, fine tune concepts, and iterate design options. Canyon View High School fosters academic and curricular exploration by expanding the definition of a ‘place-based’ high school. In small group breakouts, clarity was added to the program aspirations of the learning suites and the accelerator, both significant elements that would become cornerstones of the design solution. 02 Innovation Catalyst for Change The campus is home to a first-of-its-kind teaching and learning Accelerator, an open-source incubator for teaching and learning. Faculty from around the district and beyond use the facility to develop and practice modern pedagogies; visiting speakers share knowledge; and students and community come together to partner and explore. It serves as the nerve center for district-wide professional development with enhanced staff training facilities and high-tech environments. The Accelerator supports dual theaters, an auditorium, an entrance lobby, and an exhibition space, and connects to other key activity areas including the learning stair, broadcasting studio, and a maker space. The Accelerator can support more than 137 activities including district-wide professional development, college fairs, productions, and student competitions and exhibits. The secondary theater, nicknamed the white box, is designed to work independently, or in tandem with, the auditorium. 03 Technology Bio-Phase Change Material We are studying the viability of a new approach to thermal storage for heating and cooling buildings by using a Bio-PCM ENRG blanket in one building on campus. Our research aims to pin down exact interrelationships of outdoor temperature; phase-change charge/recharge cycle; amount; type and location of Bio-PCM; occupancy variations; and thermal comfort. We began measuring thermal comfort in March 2018 and energy consumption as of occupation. Our desired building outcomes are twofold: First, for Canyon View High School to operate 78% more efficiently than a traditional high school per EnergyStar benchmark in the same climate; and second, for a more comfortable overall user experience for occupants. Passive cooling through orientation and deep overhang shade, and renewable energy production results in building performance 78% more efficient than a traditional high school in the same climate. The adaptive comfort standard in the Agora never exceeds 85 degrees operating temperature, even during extreme summer months. 04 Research Result-Driven Outcomes Evidence from the proprietary Student Engagement Index and Teacher Engagement Index suggests that individual and group engagement factors, such as active learning, are critical predictors for a student’s academic success. After one year of occupancy, the evaluation results indicated that their “world of learning and teaching” has improved, at times dramatically. Teachers revealed that the new building allowed for a change from a primary focus on testing to one of collaboration. Students identified that the building configurations enabled a shift from testing to a focus on testing and creativity. This research is part of a larger effort to bridge the connection between design and performance. A Bio-PCM research study is underway. In rooms with phase change materials, we are seeing a 3- to 4-degree Fahrenheit decrease in operative temperature, when compared to similar rooms without that material. All educational spaces are daylit and glare-free. Outdoor education spaces are passively cooled, extending the anticipated number of days the building can function without utility power to over 180 days. I feel like the open space, since it was designed in a college format, when I went to go visit a college [CVHS] provided me a lot of comfort. It will let me adjust to a more advanced way of learning." Emily Freshman, Principal’s Advisory Group 12 Awards 2020 Education Facility Design Award of Merit AIA Committee on Architecture for Education Read more 2020 AIA Design Award AIA Houston Read more 2019 James D. MacConnell Award Association for Learning Environments Read more Load More Explore More Projects NRG ENERGY COLLABORATIONS Sporting Sustainability in Sports Venues Our firm partnered with NRG Energy to bring efficient solar energy design to sporting venues across the country. CHERRY CREEK CAREER AND INNOVATION ACADEMY Innovation Campus Designed for Career Exploration With transparent open spaces supporting collaboration, students can forge their own trajectory to explore careers. BACK TO TOP Terms of Use Privacy Policy SUBSCRIBE TO OUR NEWSLETTER © 2021 DLR Group