Lab | Life Sciences

Conforming to the constraints of a compact urban site with consideration to its adjacency to a large multi-modal transit hub, our design team developed a modern, ‘right-sized’ design solution to consolidate uses previously housed in multiple other locations. The Police Department expresses transparency and accountability within the community it serves, while ensuring a safe place, for those working and visiting the facility.

Our application of trauma-informed, biophilic design principles includes semi-private quiet spaces for staff on each floor to decompress, have quiet conversations and receive counseling after high-stress events. “Soft” interview rooms give victims a safe, comfortable space to recount events and make statements. Careful consideration of the second and third floor workspace placement and windows maximize natural light penetration while connecting users with place and nature through views of the Wasatch Front and Oquirrh mountains.

Melding tradition with modernity, we balanced dedicated spaces with fundamental science education and adaptable layouts to provide a hub for scientific education, exploration and collaboration. To prepare students for the challenges of the future, we took great care in our design of specialized chemistry, biology and bio-tech, tools and nature lab spaces. 

Outdoor classroom and a dedicated computer science space further the capacity to support diverse educational pursuits and hands-on learning experiences. Advancing the “Building-As-Teacher” concept, we exposed and color-coded piping in classrooms to explain fluid movement throughout the building, fostering a connection between the building and students’ learning experiences.

Fulfilling current and long-term County needs, we developed a Judicial Facilities Needs Assessment and a Judicial Facilities Master Development Plan for Sweetwater County. The resulting Phase I Justice Center co-locates and centralizes several public safety and justice agencies in one place, significantly improving the efficiency, convenience, safety and security of the County’s justice services while creating a distinct civic landmark.

Our design reinforces Sweetwater's community identity by drawing on the unique geology, local resources and cultural history of Southwest Wyoming. Through its locally sourced materials and native vegetation, the building embraces its context and the beauty of the Green River canyon. Bricks of different hues echo the striations of the surrounding buttes, while reused snow fence boards lend concrete walls a rustic texture. Deep reveals in the walls refer to the ongoing process of erosion found throughout the landscape. Inside the courtrooms, beetle-kill pine panels and millwork orient focus on the judge, witness stand and lectern.

Located on the southwest corner of the University of Utah’s historic Presidents Circle, the Crocker Science Center is the physical gateway to the university proper. EDA worked creatively to design a sensitive adaptation and expansion of the neoclassical library (constructed in 1935) and facilitate an exciting, collaborative environment for cutting-edge knowledge creation.

Our design supports the College of Science’s new science curriculum and delivery system with an innovative project and team-based approach to science pedagogy. Visual openness, blurred lab group boundaries, shared instrumentation and diverse social settings all inspire science and technology transfer, expanding scientific expertise beyond the traditions of respective disciplines. Visual openness, blurred lab group boundaries, shared instrumentation and diverse social settings all serve to inspire science and technology transfer – expanding scientific expertise beyond the traditions of respective disciplines. All teaching laboratories in the building are highly advanced and connected to group discussion areas in order to accommodate a wide-range of teaching styles and activities.

EDA collaborated with Cannon Design to design a nationally-acclaimed transformational, educational live-work experience for student entrepreneurs, innovators and creators at the University of Utah. The LEED Gold design expresses and encourages the live-work entrepreneurial spirit through solutions such as the 20,000 SF Neeleman Hangar innovation space on the ground floor, 15,000 SF of garage-style “maker” spaces on all five levels and a variety of housing options for its 400 student residents. The solution, inspired by the turn-of-the-century converted industrial spaces, includes a building’s flexible grid system allows the University to reconfigure rooms and expand the innovation hangar as students’ needs change. The space enables entrepreneurship, facilitating connection between students of different disciplines to collaborate on products and companies throughout their residence. 

From pre-planning and programming to design and construction phases, our Science Team orchestrated a comprehensive transformation of the existing third-floor teaching labs support a range of academic needs. Our solution focused on developing learning environments conducive to the instruction of smaller class sizes (around 25 students). The revamped space provides efficient lab support for wet lab research activities, with dedicated areas for preparation and storage. The introduction of Lab Coordinator work areas enhanced overall operational efficiency. In response to the evolving landscape of educational technology, the Audio/Visual infrastructure supports both in-place and long-distance instruction, aligning with the growing demands for flexible and technologically advanced learning environments.

Our team worked with this global leader in robotic systems to develop a new headquarters and production facility in a 100-year-old steel and iron foundry space in Salt Lake City’s Granary District. Our design expanded Sarcos' prototyping capabilities while simultaneously fulfilling its objective of attracting and retaining top-tier talent.

The Applied Science Building is set to become a cornerstone in the University of Utah’s educational and research mission. The building features state-of-the-art amenities, including modern classrooms, experimental laboratories and cutting-edge computer facilities. A dedicated student research support center fosters an environment conducive to active engagement in research and honors projects, streamlining project and degree completion. With a focus on accommodating the instructional needs of over 5,600 undergraduate and graduate students in STEM courses, the facility combines a thoughtful 40,000+ SF renovation of the historic Stewart Building with a contemporary 100,000+ SF addition. The Applied Science Building is not just a physical structure; it embodies a commitment to excellence, innovation and a bright future for the University of Utah’s academic and research pursuits.

The extensive 92,000-square-foot North Tower of the Henry Eyring Chemistry Building (HEB) renovation is unfolding in a carefully planned sequence of nine phases. Transforming HEB into a cutting-edge facility for teaching and chemistry research lab began with our leading a comprehensive facility master plan that meticulously assessed the capacities of the existing architectural, structural, mechanical and electrical infrastructure, The master plan documented the existing conditions and capacities while outlining recommended time frames through a proposed sequencing of design and construction phases and a map detailing the relocation of existing occupants to facilitate the execution of each phase. Our phased design and construction approach ensures that the facility can continue to operate smoothly during the renovation process with minimal disruptions to ongoing activities and services.

Sited at the gateway to the University of Utah’s health science corridor, EDA’s design connects the new building to the existing Skaggs Hall via an atrium. The resulting L.S. Skaggs Pharmacy Research Institute – with its deep recesses and dramatic cantilevers – is a striking yet complementary addition to the University’s health science campus. One of the project’s primary challenges was to meaningfully integrate the colleges’ needs for additional space and departmental consolidation with the district’s increasing density. The resulting concept for the precinct outlines an urban network grounded in the articulation of physical and visual access, structured open space and integrated vehicular and pedestrian circulation routes. In collaboration with Atelier Ten, our team also developed a priority of sustainable strategies to reflect the building program, local climate and massing. Projected energy savings are 30% over baseline, or $7.5M over 50 years.