University of North Texas Science Building

Project Overview

The University of North Texas Science Building features a four-story research laboratory facility, topped by a fifth level dedicated to MEP systems and four heated and cooled greenhouses. As part of a comprehensive higher education building MEP design, engineers integrated advanced infrastructure to support specialized research environments. The building also contains multiple life science laboratories, faculty offices, Graduate Assistant workspaces, and essential support areas. Additionally, the design promotes collaboration and efficiency throughout the facility.

Highlights

85,000 SF
Additions and Renovations
University, Higher Education
Budget: $28M
LEED Certification – Gold

Project Team

Architect – Perkins+Will

General Contractor – Byrne Construction Services

Project Details

Comprehensive Higher Education Building MEP Design

RWB provided full MEP design services for the University of North Texas Life Science Building, delivering advanced infrastructure to support the facility’s complex research and teaching environments. The scope included daylight harvesting systems, generator backup power, and specialized process cooling and heating systems tailored to laboratory operations. RWB also integrated lab airflow controls, snorkel exhaust systems, and refrigerated storage compartments. Moreover, the design included specialized lab utilities such as compressed air, oxygen, nitrogen, and vacuum—ensuring optimal functionality for a wide range of research applications. As a result, the project reflects a high-performing, sustainable, and future-ready higher education building MEP design.

Phased Integration with Existing Campus Facilities

In addition to designing the new Life Science Building, RWB managed the integration of the facility with the existing Biology Building. A portion of the existing structure underwent renovation to ensure seamless connectivity and shared services. To support the expansion, heating boilers were installed in the new addition, while chilled water was supplied by both the adjacent building and a remote central utility plant. This coordinated system design minimized disruptions and maximized efficiency across the interconnected campus buildings.

Continued Expertise in Educational Campus Projects

RWB continues to grow its portfolio of large-scale educational campus work. Through ongoing experience with multi-package and phased projects, the firm has developed deep familiarity with the logistical and technical challenges associated with higher education environments. Consequently, RWB remains a trusted partner for institutions seeking resilient and innovative MEP solutions that support long-term academic and research goals.

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