Princeton University Art Museum Case Study

Balancing Preservation and Public Programming Through Acoustic Design

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Built Environment

Industry

Higher Education

Museums, Arts & Culture

Location

New Jersey

Architect | Design Architect

Corgan | Adjaye Associates

When Princeton University elected to replace its former art museum, the institution envisioned a larger, purpose-built facility designed to support expanded exhibition space and long-term stewardship of its collection. The new three-story, 146,000-square-foot museum includes galleries, conservation studios, offices, mechanical systems, elevators, and a prominent Grand Hall designed for flexible programming.

Trinity Consultants provided acoustical consulting services for the project, addressing both traditional gallery performance requirements and the specialized acoustic and vibration considerations associated with a performance-capable event space within a museum environment.

Vision

The new museum was conceived as an academic and cultural hub capable of supporting exhibitions, conservation, and public engagement within a single facility. The Grand Hall serves as a flexible space for music performances, lectures, and events, expanding the museum’s role beyond static display.

At the same time, preservation of artwork remains central to the institution’s mission. Acoustic and vibration performance strategies were therefore critical to ensuring that future programming can continue without compromising the integrity of the collection. By embedding these measures into the design, the museum supports both long-term stewardship and meaningful visitor engagement.

Partnership

Trinity Consultants was engaged early to establish acoustic and vibration criteria aligned with curatorial requirements. Working closely with Cooper Robertson, now Corgan, as architect of record and Adjaye Associates as design architect, the team coordinated performance goals with architectural and building systems design.

The Grand Hall presented the most complex challenge. Concerns that amplified music could affect artwork required careful evaluation. Trinity Consultants collaborated with the design team to study how the sound system would interact with the space and adjacent collection areas, incorporating in-house modeling, on-site testing, and vibration monitoring to verify compliance with artwork safety.

Services Performed

Trinity Consultants provided acoustical consulting services for the Princeton University Art Museum, addressing acoustic performance, sound isolation, and vibration control across galleries, conservation studios, offices, and public spaces. The team conducted modeling, field testing, and vibration monitoring to help protect artwork while enabling the Grand Hall to support lectures, musical performances, and flexible public programming.

3D Acoustics Modeling

Building Sound Isolation

Environmental Acoustics

Noise & Vibration Analysis

Value-Add

A primary focus of the acoustic scope was protecting artwork from potential sound and vibration impacts generated during events in the Grand Hall. Trinity Consultants conducted detailed modeling to assess system performance and supplemented that analysis with field testing and vibration monitoring to confirm that established thresholds were met.

Across the broader facility, acoustic consulting addressed galleries, conservation studios, offices, and building systems to satisfy performance requirements. Through early engagement and technical validation, Trinity Consultants helped create an environment that supports flexible programming while preserving the museum’s collection for students, faculty, and visitors.

Project Team

Client: Princeton University
Architect: Corgan
Design Architect: Adjaye Associates
Landscape Architect: Field Operations
Construction Manager: LF Driscoll
MEP Engineer: Kohler Ronan
Structural Engineer: TYLin
Lighting Designer: Tillotson Design Associates
Façade Engineering: Heintges
Audiovisual/Telecom: Harvey Marshall Berling Associates
Security: Layne Consultants International
Sustainability: SOCOTEC
Cost Estimating: Stuart-Lynn Company
Foodservice Consultant: Clark Wolf Company

We always prioritize future resilience. We plan for inevitable change and design infrastructure that avoids boxing ourselves into a corner so any changes will be easier and less impactful.

Peter Babigian | Trinity Consultants Built Environment

Principal, Client Development & Technology Design