糖心少女

Conferences and Community

By Lindsey Coulter

The LearningSCAPES SchoolsNEXT competition鈥檚 top prize went to Lake Oswego Jr. High School in Lake Oswego, Ore. <BR>Photo Credit: A4LE
The LearningSCAPES SchoolsNEXT competition鈥檚 top prize went to Lake Oswego Jr. High School in Lake Oswego, Ore. Photo Credit: A4LE

Attending industry events and conferences is a fantastic way to learn about emerging school and university design and construction trends, celebrate award-winning projects, and check out the latest and greatest education products. 糖心少女 attended both the Association for Learning Environments鈥 (A4LE) conference in Philadelphia in September as well as October鈥檚 EDspaces conference, organized by the Education Market Association, in order to keep a finger on the pulse of the industry and speak to educators and A/E/C professionals about their experiences.

LearningSCAPES

With a theme of 鈥淩evolutions in Learning,鈥 this year鈥檚 LearningSCAPES event featured more than 50 educational sessions highlighting topics such as flipped classrooms, social and emotional learning, and designing to unlock students鈥 creative curiosity. It also recognized outstanding examples of forward thinking school design.

The organization鈥檚 James D. MacConnell Award went to the $125 million, 220,000-square-foot Fairchild Wheeler Interdistrict Magnet Campus in Bridgeport, Conn., and architecture firm JCJ Architecture of Hartford, Conn. The 1,500-student school is divided into three 500-student learning communities focused around a rigorous and interactive STEM curriculum.

Meanwhile, A4LE鈥檚 SchoolsNEXT competition annually brings student voices into the planning and design of learning environments. Teams of middle school students reimagine 21st century learning environments, developing prototype schools that address sustainability, economic and social issues and the future of education. This year鈥檚 top prize went to Lake Oswego Jr. High School in Lake Oswego, Ore., for its school design, which included a space for virtual field trips, vertical green walls, CO2-sequestering concrete and flexible classrooms.

 

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