Yesterday the walls went up on MUM’s new Sustainable Living Center. This building will be completely off the grid with respect to electricity, heating and cooling, water, and waste.
The Sustainable Living Center has been designed to meet the Living Building Challenge, the highest standard for sustainable design and green building in the world. It will be one of the first three to achieve this.
“There’s no other building like this going up in the nation, or in the world for that matter, that we know of,” said nationally known green building expert Mike Nicklas, who co-designed the building, and whose company Innovative Design has designed over 4,000 buildings that use renewable energy solutions.
Whole Tree Post and Beam Construction
Construction will proceed quickly because the structure uses whole tree post and beam techniques. The walls will be tilted up and roof trusses placed on them. The entire shell of the building should be completed within about a week, and the building is expected to be ready for occupation in late fall.
A Building That Teaches
The Sustainable Living Center will serve students in the university’s Sustainable Living major. It will have classrooms, workshop, meeting room, greenhouse, kitchen, research lab, recycling center, and offices, as well as east and west covered verandas and a porch on the north.
It has been designed as a building that teaches. In addition to embodying sustainability, it will allow students to monitor performance and energy efficiency and make adjustments.
“The Sustainable Living Center will be a living, evolving building,” said David Fisher, head of the MUM Sustainable Living Department, who helped plan the building. “The building itself is an educational tool, not just a passive one like most classroom buildings. It will provide participatory education where students will be continually adding to, or altering, the building and grounds as well as systematically checking its effectiveness.”
Off the Grid
The Sustainable Living Center will be completely off of the energy and utility grid. Every feature will exemplify healthy and sustainable green building and will be geared to teaching those principles.
Construction uses all non-toxic materials from local sources (as defined by the Living Building Challenge requirements). All energy will be provided from solar panels on the building and from an outside wind turbine. Rainwater catchment will be the complete source of the building’s water, with purification of drinking water via ultraviolet technology. Wastewater will be treated onsite using a constructed wetland. Natural daylighting will illuminate the entire interior. Geothermal technology will assist with heating and cooling.
An Embodiment of Sustainability That’s Feasible and Practical
This achievement is noteworthy because none of the systems in the building are new or experimental, according to construction manager Dal Loiselle. “The Sustainable Living Center is being constructed using ‘state-of-the-shelf’ technologies,” he said. “This building proves that we can meet our environmental goals for our built environment with the materials, technologies, and green building protocols we already possess.”
Sustainability has become a major focus at Maharishi University of Management. The University has filed a climate action plan to be 100% carbon neutral by 2020 as part of the American College and University Presidents Climate Commitment.


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