New York State Contract Reporter #RFQ #: 2026- 010

Mercy University Seeks Architectural/Engineering Design Consultant for Main Hall – Maverick Campus Center Renovations

Mercy University is seeking a qualified architectural and engineering design consultant for a major renovation and expansion of the Main Hall – Maverick Campus Center at its Dobbs Ferry Campus. - Government Buyer: - Mercy University, Procurement Department (Dobbs Ferry Campus) - Scope of Services: - Full-service architectural and engineering design for renovation and new additions (up to 50,000 sq ft) to a 1960s complex - Spaces include academic instructional areas, specialized labs for natural sciences, health professions, and nursing, library, student services, career commons, social and food service areas - Services cover analysis, design phases, construction documents, bid review, and construction administration - Unique/Notable Requirements: - Demonstrated experience with higher education projects, especially in natural sciences, health professions, and nursing - Expertise in sustainability and alternative energy systems (including geothermal, supported by NYSERDA grant and feasibility study) - MWBE participation goals: 18% MBE and 12% WBE - Estimated Budget: - $20 million for design and initial phases; total projected investment of $33 million - No specific OEMs or product vendors are named, as this is a professional services solicitation

Description

Mercy University is seeking qualifications from design consultant firms for a major renovation and new additions project of an early 1960s complex. The project involves full service architectural and engineering design services to transform the campus center, which includes academic instructional spaces, specialized nursing and health professions labs, natural sciences labs, admissions, student activities, library, and food service areas. The project aims to create a vibrant student-centered hub with alternative energy systems and sustainability initiatives, supported by a NYSERDA grant and geothermal feasibility study. The contract term is from May 2026 to September 2030, with MWBE goals of 18% MBE and 12% WBE.

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