San Jacinto Community College Ionwave #DB-RFQ 26-16

Design-Build Services for Building C1 Rotunda ACM Rain-Screen Renovation

San Jacinto Community College District (SJCCD) is initiating a two-step design-build procurement for the renovation of the Building C1 Rotunda at its Central Campus Interactive Learning Center in Pasadena, Texas. - Government Buyer: - San Jacinto Community College District (SJCCD), Facilities Buyer - Project Scope: - Design, supply, and installation of a new Aluminum Composite Materials (ACM) rain-screen system for the rotunda - Removal of the existing metal panel system - Waterproofing of the building envelope - Project must match the current appearance of the rotunda - Work to be performed while the building remains occupied - Services Requested: - Pre-construction, design development, and turnkey construction services - Open book project management - Notable Requirements: - Compliance with Texas Government Code Section 2269.251 - Adherence to prevailing wage rates and strict safety standards - Insurance requirements as specified by SJCCD - Project designed to LEED standards (certification not required) - Shortlisting of up to five firms for the RFP phase based on qualifications, safety, financials, and references - OEMs and Vendors: - No specific OEMs or vendors are named; the awarded design-build firm will select and supply the ACM system - Estimated Budget: - Approximately $500,000 - Period of Performance: - Contract award expected in August, with project completion targeted by January of the following year (approximate five-month duration)

Description

San Jacinto Community College District is soliciting qualification statements in a two-step solicitation process from firms to provide design-build services for the rotunda at Building C1. The selected design-build firm will provide pre-construction, design development, and construction services including removal of the existing metal panel system, waterproofing, and installation of a new Aluminum Composite Materials (ACM) rain-screen system. The project budget is estimated at $500,000 with work scheduled to start in August 2026 and complete by January 2027. Proposals must be submitted through the IonWave e-Bidding system.

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