Photo Credit: 2RW Consultants

Science Museum of Virginia Dewey Gottwald Center

Richmond, VA

Owner

Science Museum of Virginia

Sustainability

LEED Gold

Timeframe

2014 – 2017

Size

18,000 SF

Cost

$13.3 million

MEP/FP engineering for this exhibit facility supports flexible gallery spaces designed to accommodate a wide range of exhibits with varying environmental, lighting, and power needs. The design includes zoned HVAC systems for moveable partitions, demand-controlled ventilation, and flexible power and data distribution to support changing A/V configurations. High-performance materials and energy modeling were used to evaluate system and envelope strategies while supporting LEED planning and documentation.

Project Goals

The Science Museum of Virginia is a premier hub for hands-on education in Virginia. Designed for children 8 to 14 years old, the public museum is an important tool in the State’s effort to promote science, technology, engineering, and math (STEM) education. It also hosts visiting exhibitions from around the world.

In 2013, the Museum launched a campaign to reinvent itself with building renewal and exhibit updates. The renovation project includes the addition of a new 18,000 square-foot multi-purpose event center that will accommodate more than 1,000 guests for cultural, educational, commercial, and social events such as lectures, banquets, and weddings.

Services

The MEP/FP design accommodates the sensitive environmental conditions (temperature, humidity, and ventilation) and varied lighting and power requirements needed to support a broad range of exhibits—all while meeting the energy performance target of a 14% reduction over baseline. State-of-the-art media, audio, and lighting systems support a wide variety of museum exhibitors and event center users, while carefully controlled humidity, temperature, and lighting levels accommodate national-caliber traveling exhibits. The uniquely curved roof and fixed track partitioning system required intensive coordination of all above-ceiling systems and building elements.

The design includes zoned HVAC systems to accommodate moveable partitions, demand-controlled ventilation to reduce energy use during periods of low occupancy, and power and data outlets arranged at floor level and above the ceiling to provide flexibility for a variety of A/V systems and configurations. 2RW worked closely with the architects to identify high-performance building materials to promote sustainability goals, including special glazing for large windows to minimize energy consumption.

2RW also supported the LEED process with planning, energy modeling, and documentation development services. This included modeling a variety of HVAC system types, interior and exterior shading options, and glazing strategies, including electrochromic glass, to identify the most efficient and cost-effective systems and materials.

Results

The final building design achieved 28% energy reduction over baseline, well above the initial target of 14%.

Partners

Quinn Evans Architects

Perkins Eastman | pfeiffer

TRC Companies

Dunbar Structural

W.M. Jordan Company

Sustainable Design Consulting

Awards

  • 2018 – Merit Award, AIA Central Virginia
  • 2017 – Best Project Award, Cultural/Worship, Engineering News Record Mid-Atlantic Region
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Team
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Neal Cramer, PE

Principal
Adrienne Hendrickson, PE, LEED AP BD+C | | 2RW

Adrienne Hendrickson, PE

Senior Electrical Engineer
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Stephen Williams

BIM/REVIT Manager
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Joe Scerbo, CPD, GPD

Senior Plumbing Engineer
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Bethany Prevatt

BIM/CAD Operator

Project Gallery

Image credit

2RW Consultants