m² architecture: profile

M²a uses a rigorous integrated design approach that begins with a thorough understanding of the site, careful investigation into the client and their needs, and an assessment of the potential ecological impacts of the project. Through this process we lead the client to a clear statement of project goals which forms the basis for proceeding into the physical design.

We believe strongly in the integration of buildings and landscape. We think of a building not as an object on a neutral field, but as an integral component to be woven into the system of the site. We strive to design buildings that work with the flows of the site to collect solar and wind energy, harvest rainwater, manage runoff and create habitat. This approach also allows the buildings to fit comfortably into their site – to feel like they belong.

Along with the building-site connection, we are committed to integrating the design of the building and its technical systems – heating, cooling, water, waste, etc. Through this integration, we are able to make cost effective buildings that provide energy efficiency, water conservation and a healthy environment. This integrated design approach requires an integrated team that brings a wide expertise to a collaborative process in order to thoroughly assess the site flows and develop the appropriate response. At M2a we have developed long-term relationships with a small number of consulting engineers and sub-consultants who share our approach to design.

We often recommend an integrated design charrette as part of the early stage of a project, particularly for projects that involve multiple stakeholders and decision-makers. An Integrated Design Charrette is a facilitated, multi-day event that organizes diverse groups of design professionals and project stakeholders to create consensus-based design solutions. We have demonstrated the benefits of these intensive Charrettes for multiple clients, including the Alice Ferguson Foundation in Maryland, and the Morris Arboretum in Philadelphia.