Our MISSION
Together, we pursue one Mission: Deliver High Performing Complex Buildings.
As engineers, we believe it is our responsibility to capitalize on the science behind reducing both energy consumption and spiraling building costs. That is why we take pride in leveraging this science in every system we design, energy model we run, every device we commission and each construction project we manage.
UMD, BRENDAN IRIBE CENTER FOR COMPUTER SCIENCE AND INNOVATION
Bringing together the University of Maryland’s top-ranked Department of Computer Science and its renowned Institute for Advanced Computer Studies (UMIACS), the building's six floors of specialized labs will support groundbreaking research in virtual and augmented reality, artificial intelligence, robotics, computer vision, algorithms, programming languages and systems.
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MORGAN STATE UNIVERSITY
Morgan State University, founded in 1867, is a Carnegie-classified doctoral research institution located in a charming residential area of northeast Baltimore near the historic neighborhoods of Morgan Park and Wilson Park. SETTY performed Commissioning services on various facilities within university campus.
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We specialize In
Healthcare &
Labs
Stadiums &
sporting Facilities
EDUCATION &
LIFELONG LEARNING
State, local &
federal GOVERNMENT
An Interdisciplinary Practice
SETTY is an integrated team of engineers, designers, and strategists who thrive at the intersection of buildings, systems, performance, and innovation. We concentrate on delivering high-performance building systems with a hyper focus on Indoor Air Quality (IAQ). Rooted in MEP/FP engineering and drive by data, our practice is inherently interdisciplinary—bringing together building sciences, forensic engineering, sophisticated modeling, sustainability consulting, complex design visualization, and computational analysis.
We work best when engaged early, partnering with architects, owners, operators, and clients from master planning through design and construction. Our approach is grounded in research and shaped by data, allowing us to deliver smart, resilient systems that support experiences—from fan to student—collaboration, and well-being, and to Engineer with purpose.