Higher Education

STEM

Engineering the Systems That Power Discovery

Mueller Associates designs advanced mechanical, electrical, and plumbing systems for STEM facilities that drive innovation and interdisciplinary collaboration. Our engineers create high-performance environments for teaching laboratories, research centers, and technology-rich classrooms—spaces that demand precision, safety, and adaptability.

Each system is carefully crafted to optimize energy efficiency, sustainability, and long-term flexibility, ensuring that campuses can evolve as technology and pedagogy advance. From laboratory exhaust systems and clean rooms to active learning hubs, Mueller’s integrated designs empower the next generation of scientific discovery.

Fuse at Mason Square
George Mason University

Mueller engineered advanced electrical and plumbing systems for George Mason University’s Fuse at Mason Square, a LEED Platinum, net-zero-ready hub for digital innovation and research.

Mitchell Hall
Virginia Tech

Mueller provides engineering design for Virginia Tech’s Mitchell Hall, a 284,000-SF engineering facility advancing decarbonization, innovation, and experiential learning.

Health and Human Sciences Complex
University of Maryland, College Park

The new Health and Human Sciences Complex at the University of Maryland, College Park, creates flexible labs and interdisciplinary space.

Life Sciences and Engineering Building
George Mason University

Mueller engineered sustainable MEP systems for George Mason University’s Life Sciences and Engineering Building, integrating biophilic design and wellness principles to advance STEM-H education.

Artis Center for Adaptive Innovation and Creativity
Radford University

Mueller Associates engineered integrated MEP systems for Radford University’s Artis Center, uniting STEM, health sciences, and the performing arts.

College of Health Professions
Virginia Commonwealth University

Mueller engineered advanced MEP systems for VCU’s eight-story, 154,000-SF College of Health Professions, supporting simulation labs, diagnostics suites, and interdisciplinary allied health programs.

Interior collaboration area with natural light, seating, and students studying or meeting informally.
Center for Interprofessional Education and Care
Duke University

Mueller engineered high-performance MEP systems for Duke’s 104,500-SF Center for Interprofessional Education and Care, supporting flexible classrooms, simulation labs, and collaborative clinical training.

Center for Natural Sciences, Mathematics, and Nursing
Bowie State University

Mueller engineered advanced systems for Bowie State University’s LEED Platinum Center for Natural Sciences, Mathematics, and Nursing—an interdisciplinary hub uniting sustainability and innovation.

Education & Health Sciences Center
Frostburg State University

Mueller engineered integrated MEP systems for Frostburg State University’s Education & Health Sciences Center, a 100,000-SF facility uniting academics, clinical training, and student wellness.

Engineering and Aviation Science Complex
University of Maryland, Eastern Shore

Mueller engineered advanced geothermal and HVAC systems for UMES’s LEED Gold Engineering and Aviation Science Complex, uniting innovation, sustainability, and STEM education.

Edward St. John Learning and Teaching Center
University of Maryland, College Park

Mueller engineered advanced sustainable systems for the University of Maryland’s Edward St. John Learning and Teaching Center, blending historic preservation with modern, energy-efficient design.

Interdisciplinary Science and Engineering Laboratory Building
University of Delaware

Mueller engineered high-performance MEP systems for the University of Delaware’s Interdisciplinary Science and Engineering Laboratory, advancing sustainability and research collaboration.

Donnelly Science Center
Loyola University

Mueller engineered high-performance systems for Loyola University Maryland’s Donnelly Science Center, enhancing flexibility, sustainability, and interdisciplinary collaboration.

Exterior view of academic building with masonry façade and surrounding landscaped trees.
Christine Siegler Pearson School of Nursing
Duke University

Mueller engineered high-performance MEP systems for Duke’s 116,800-SF Pearson School of Nursing, supporting classrooms, skills labs, simulation suites, and flexible learning environments.

Henson Science Hall
Salisbury University

Mueller engineered advanced MEP systems for Salisbury University’s Henson Science Hall, a 145,000-SF facility uniting research, teaching, and energy-efficient design.

Krieger-Maryland Halls
Johns Hopkins University

Mueller engineered complex systems for Johns Hopkins University’s Krieger and Maryland Halls, delivering advanced laboratories in occupied buildings with minimal disruption.

Gain Momentum

Our industry newsletter, Momentum, highlights projects, clients, and MEP and fire protection engineering trends