A Structural Steel Package for construction of a gymnasium

The Arts & Technology Academy of Pontiac is seeking bids for a Structural Steel Package associated with constructing a new gymnasium and classroom addition located at 888 Enterprise Drive in Pontiac, Michigan. The procurement is specifically soliciting bids for structural steel framing, steel joists, steel decking, and miscellaneous steel fabrications. THA Architects Engineers is serving as the design professional for this project. Bid documents are available through ARC's online public planroom and can be obtained via email or telephone, with viewing access at multiple construction associations. Bidders are required to provide bid security of at least 5% of the bid amount, which must be submitted as a certified cashier's check or bid bond, and must also include a Familial Relationship Sworn Statement with their proposal. The bid submission deadline is October 30th, 2025 at 2:00 P.M. local standard time, with proposals remaining irrevocable for 60 days after submission. The owner retains the right to accept or reject any or all offers submitted.

The project is subject to Michigan's prevailing wage laws and applicable state and federal employment conditions, including compliance with the Elliott-Larsen Civil Rights Act. While no specific set-aside designations for disadvantaged enterprises were explicitly mentioned, bidders should be prepared to meet state employment guidelines. The successful structural steel bidder will not be responsible for performance or payment bonds, as these will be managed by the general contractor. No incumbent vendors or specific budget ranges were detailed in the provided documentation. Interested bidders should carefully review the complete bid documents and be prepared to demonstrate technical capability in structural steel construction, with a focus on gymnasium and classroom addition projects. Potential respondents should have the necessary licensing, insurance, and technical expertise to successfully complete the structural steel components of this construction project.