Wor-wic Community College Bidlocker #6145

Commissioning Services for Maintenance Building Expansion at Wor-Wic Community College

Wor-Wic Community College is seeking a qualified provider for third-party commissioning services for its Maintenance Building Expansion Project in Salisbury, Maryland. - Government Buyer: - Wor-Wic Community College (Business Support Services) - Project Overview: - Expansion of the Maintenance Building by approximately 6,600 square feet - New spaces include offices, a multi-purpose room, conference rooms, storage warehouse, and a vehicle bay - Services Requested: - Third-party commissioning authority (CxA) services for all mechanical, electrical, and plumbing (MEP) systems - Scope includes pre-construction planning, design review, inspections, coordination meetings, functional testing, and reporting - Ensure all MEP systems meet the basis of design (BOD), owner program requirements (OPR), and project specifications - Unique/Notable Requirements: - Comprehensive commissioning of all MEP systems throughout construction and post-construction phases - Adherence to detailed commissioning requirements as outlined in the RFP - No specific OEMs, part numbers, or product quantities are specified, as this is a service-based procurement - Project Timeline: - Construction scheduled from September through April, with commissioning testing anticipated during the construction period and final completion by June

Description

Wor-Wic Community College is requesting proposals for commissioning services for the Maintenance Building Expansion Project located on the main campus at 32000 Campus Dr., Salisbury, MD 21804. The project involves an approximately 6,600 square foot expansion including offices, a multi-purpose room, conference rooms, a storage warehouse, and a vehicle bay. The commissioning authority will ensure that all mechanical, electrical, and plumbing systems conform to the basis of design and owner program requirements. The construction is scheduled from September 2026 through April 2027, with commissioning testing anticipated around January 2027.

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