Net zero for a sustainable future
AAPS Mitchell Elementary
Our work with the Ann Arbor public school system utilizes the most efficient HVAC systems, geothermal wells, solar arrays, envelope performance, daylighting strategies and selecting every building material only after understanding its carbon content. These projects also utilize mass timber in their design and construction. The ultimate goal for AAPS is to create a 21st century learning environment that exceeds all levels of sustainability and prepares the district for net zero energy usage by 2030.
vision
Mitchell Elementary represents a forward-looking investment in how schools are built in Michigan. Currently under construction, the project rethinks the traditional elementary model through collaborative learning neighborhoods, shared commons, and environments shaped by natural light and visible structure. The goal is to establish a replicable framework for high-performance, low-carbon schools across the region.
detail
As an early adopter of mass timber in Michigan’s K–12 market, Mitchell incorporates cross-laminated timber floor and roof decks within a hybrid structural system. Steel framing remains part of the solution, reflecting regional supply chains and contractor familiarity. This balanced approach reduces embodied carbon while maintaining constructability and cost alignment. Timber is introduced strategically, where it delivers measurable environmental and experiential impact.
secret
Mitchell is as much a process case study as it is a building. With regional infrastructure for full timber construction still evolving, early coordination was critical. Structural systems, detailing, procurement, and sequencing required alignment well before mobilization. The project tests how mass timber can be implemented practically in Michigan today, helping lay the groundwork for broader adoption across the state.
