The new Science and Engineering Building is LEED Gold Certified. A healthy environment for the occupants was achieved by integrating sustainable strategies that are part of the LEED rating system for new construction. These include: increased ventilation, use of low-emitting construction materials, advanced lighting control, advanced thermal comfort control, access to daylight and views for occupied spaces, and the use of an under- floor air distribution system. Native plantings and rain gardens dot the east and west elevations. A green roof with native plant materials helps to reduce storm runoff, cool the building, reduce noise, and reduce glare from surrounding buildings.
Using exterior materials that are consistent with existing campus buildings and utilising locally sourced materials from excavation and mining in the area, the building maintains a connection to the campus and to the regional economy. Two roof scuppers are clad in regional, reclaimed wood from dismantled pickle barrels whilst the main entry walk is a study in the manufacture of steel - burnished steel plates line the sidewalk, taconite pellets are adjacent and provide tactile reference to steelmaking and a perforated Corten steel rain screen shields the entry.
The building as a teaching tool is central to the design, for example the south wall of the lab retains the tilt up braces and kickers used to support the panels during construction. A glass wall separating the main lab from the entry and circulation path provides an opportunity to witness experiments in progress. A natural Corten steel wall separates the entry stair from the exterior and retains its original appearance while the same Corten on the exterior was left to weather to its desired patina.