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Last Updated | 02/26/2020 09:59 AM |
Project Title | Construction Manager at Risk Gallup Campus New Physical Plant and Storage Facility |
Physical Address | View project details and contacts |
City, State (County) | Gallup, NM (McKinley County) |
Category(s) | Education |
Sub-Category(s) | College/University |
Contracting Method | Competitive Bids. |
Project Status | Results |
Bids Due | View project details and contacts |
Estimated Value | $2,000,000 |
Plans Available from | |
Owner | View project details and contacts |
Architect | View project details and contacts |
Description | The University of New Mexico (UNM) will be engaging the services of a Construction Manager At Risk (CMAR) to assist in the design and implementation of the new Physical Plant and Storage Facility to be constructed at the UNM Gallup Campus. The CMAR will be working closely with the Architectural & Engineering (A&E) team, in conjunction with the Owner and users, to develop a project that meets the Owner's program, budget and schedule. The project is identified as Physical Plant and Storage Facility. Within this project, the general spaces identified are as follows: 1. 6,000 square feet of warehouse space including a wash bay. 2. 1,200 square feet of administration space, including mechanical / IT rooms & restroom(s). 3. Total building area of 7,200 square feet. 4. Minimum of 20,000 square feet of site development for exterior storage / lay down area, parking, and circulation. The site offers challenges that take special consideration. These include topography and a combination of subsurface rock & expansive soils. The geotechnical report is included with this RFP for reference. Additional borings are currently being done to further identify existing site conditions. The current design approach includes: 1. Utilizing a pre-engineered metal building as the envelope. 2. Locating the building on site to minimize hard rock removal while allowing for a concrete slab on grade over traditional spread footings on consolidated stone. 3. Minimize site grading and drainage infrastructure to the greatest extent possible. 4. Minimal tenant improvement of the administration space. 5. Limiting the current site development with an approach that allows for expansion to the site as needed. 6. Two access points to the adjacent roadway. 7. Connecting building utilities to the existing infrastructure on campus at adjacent properties and roadway easements. |
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Details | College/University, 7,200 SF New Construction.
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Project Documents |
Engineered Spec Sheet Architectural Plans Other Documents |