Current Projects

Hubbard Hall 2019 exterior masonry restoration and window replacement

The project will include masonry repairs to the facade and removal and replacement of windows

Interdisciplinary Science and Technology Original Building Construction

This new building, coupled with strategic renovations and improved utilization of existing space, will allow the university to align its research capacity with the timing of the recruitment of the new GII­ funded faculty.

McDonel Hall domestic water services replacement

Selective replacement of the water supply lines in the building which date from its 1963 construction.

Munn Ice Arena Expansion

Construction of a new public "front door" to Munn Ice Arena that will include memorabilia, additional concessions, public skating improvements and redesigned entry ways.

Music Building Addition No. 3

This project includes a 35,000 square foot addition to the southwest portion of the Music Building, along with renovation of 8,400 square feet within the existing building.

Red Cedar River riverbank restoration

The natural process of erosion slowly impacts all riverbanks. For the Red Cedar River, this process has accelerated due to an increase in regional urbanization. Increased impervious area, loss of floodplain, and greater stormwater runoff exacerbate the riverbank erosion.

STEM Teaching, Learning and Interdisciplinary Research Facilities

Construction of a new laboratory instructional space supporting STEM disciplines is necessary to accommodate the current programmatic direction, address the obsolescence of existing facilities and increase operational efficiency.


Installation of a medium pressure steam boiler as part of overall power plant modernization

T.B. Simon Power Plant distribution bus reliability and expansion

This project will add five circuit breakers to distribution bus nos. 1, 2 and 3, and isolate future outages of this type to only the substation of origin.

T.B. Simon Power Plant R.I.C.E. building original construction

Installation of a high-efficiency electrical generation facility consisting of four Reciprocating Internal Combustion Engines (RICE) with a combined power of at least 35 Megawatts, which will increase efficiency significantly.