Higher Education Projects - SLAM https://slamcoll.com/portfolio/market/higher-education/ Tue, 24 Feb 2026 22:12:09 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.1 Iona University, Kelly Center for Health Sciences https://slamcoll.com/portfolio/iona-university-kelly-center-for-health-sciences/ Fri, 13 Feb 2026 14:08:32 +0000 https://slamcoll.com/?post_type=sub151_project&p=12390 The post Iona University, Kelly Center for Health Sciences appeared first on SLAM.

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Insight

The goal of the Kelly Center project was to transform an existing campus building into a modern hub for health sciences education that fosters interdisciplinary learning, promotes wellness, and supports hands-on training. As the first major project undertaken by Iona University on the former Concordia College campus, acquired in 2021, it marks an important milestone in the university’s continued growth.

Solution

Through adaptive reuse, the project creates a sustainable, collaborative environment that reflects Iona University’s strategic expansion in healthcare education and supports the next generation of health professionals.

Iona University Kelly Center Section

The removal of the original bookstacks created a dramatic double-height space, providing the opportunity to visually and spatially connect the large instructional areas to the main circulation spine, as well as to collaboration and informal breakout spaces across multiple floors. The upper level, with its most flexible and contiguous floor area, was ideally suited for the Simulation Center, including mock hospital units and OT/PT labs. Mental health teaching spaces, which also function as community counseling clinics, are strategically located near the main entrance for accessibility and visibility.

Iona University Kelly Center Before Library Stacks

Before: 2-tiered library stacks

Iona University Kelly Center Main Street

After: “Main Street” transforms the former two-tiered stack areas into a vibrant social and informal collaboration space. It takes advantage of a unique feature of the original three-story library, where the self-supporting book stacks had created a partial floor about eight feet below the main level, turning an architectural quirk into a dynamic gathering area.

Iona University Kelly Center Before Library Stacks

Before

Iona University Kelly Center Main Street

After

Iona University Kelly Center Student Lounge Before

Before: Basement Stacks

Iona University Kelly Center Student Lounge

After: A student lounge, kitchenette, and vending replace the former basement stacks. The lounge provides respite from the intense academic program and offers healthy food choices at the Grab and Go.

Iona University Kelly Center Before

Before

Iona University Kelly Center Classroom

After: Two large active learning classrooms can open to each other and are individually configured to support lecture or team-based active learning scenarios.

Iona University Kelly Center Classroom

After: The large classrooms can be opened to Main Street for special events or left closed for daily use.

Iona University Kelly Center Before Lobby

Before: Lobby Elevator

Iona University Kelly Center Lobby

After: The main floor lobby welcomes community clientele and guides them to clinical services. Natural light infuses the space, enlivened by environmental graphics by SLAM, creating an open and inviting entry point that sets the tone for the building’s immersive learning environment.

Iona University Kelly Center Before Exterior

Before

Iona University Kelly Center Exterior

After: A redesigned main entrance maximizes transparency towards the Quad.

Impact

The Kelly Center’s open, transformative design and state-of-the-art facilities connect labs, classrooms, and collaboration spaces to support cross-disciplinary learning and interprofessional education. Since opening, it has strengthened Iona’s Health Sciences program and its partnership with NewYork-Presbyterian, expanded graduate nursing programs, provided hands-on learning spaces, and created opportunities for community engagement, making a meaningful impact on students and the region.

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The adaptive re-use of the existing building shell saved more than 70% in embodied carbon over an all-new, replacement facility.

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A new, high-efficiency heat pump-based HVAC system greatly reduces fossil fuel use.

LED Lighting Icon

High efficiency LED lighting is used throughout to augment a significant, natural lighting strategy.

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2023 AIA Connecticut Design Award Winner – Merit Award in the Adaptive Re-Use Category

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Temple University, College of Public Health https://slamcoll.com/portfolio/temple-university-college-of-public-health/ Fri, 23 Jan 2026 16:29:51 +0000 https://slamcoll.com/?post_type=sub151_project&p=12126 The post Temple University, College of Public Health appeared first on SLAM.

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Insight

Temple embarked on the transformation of Paley Hall to create a unified, dedicated home for its rapidly growing College of Public Health and to elevate public health as a central academic and community priority. Before the project, the college was spread across 13 buildings and 2 campuses, limiting collaboration, efficiencies, and visibility. By reimagining the former Paley Library through an adaptive-reuse approach, Temple could retain much of the existing structure while modernizing it into a sustainable, state-of-the-art facility.

“

This will be the first time in our college’s history that all our academic departments have been together under one roof; there are just so many inherent benefits that come with that.

Jennifer Ibrahim
Dean of the College of Public Health
”
Solution

SLAM worked hand-in-hand with the College to push the envelope with the design of state-of-the-art, light-filled, immersive environments, including a 31,000 SF Integrative Simulation Center simulation center and a 2,000 SF hands-on teaching and research kitchen, as well as innovative active learning classrooms, clinical training spaces, interdisciplinary research suites, and student amenities including a student “loft”. Strategically located at a key campus crossroads, the renovation strengthens interdisciplinary collaboration, activates pedestrian pathways, and underscores Temple’s commitment to public health, wellness, and community engagement.

Temple University College of Public Health Design Parti

Design Parti: The College of Public Health activates the urban campus’ primary pedestrian spine while honoring its iconic belltower. The parti sketch shown illustrates a metamorphosis: new life springing from the previously enclosed box.

Temple Public Health Environmental Impact

Environmental Impact: As much structure as possible was re-utilized to maximize the project’s positive environmental and economic impact.

Temple University Public Health Natural Light
Temple University College of Public Health Connecting Stairs
Temple University College of Public Health Atrium Lobby

Open Core: To further enhance openness and connectivity, a major architectural intervention carves through the building’s wide existing floor plate, drawing natural light deep into the structure and down to the student loft and lobby below. This transformative move fundamentally improves the daily experience for students, faculty, and staff as they move through and occupy the building. At the heart of this strategy, the central living stairs offer flexible space for studying, social interaction, and presentations, reinforcing the building’s role as an active academic hub.

Temple University College of Public Health Continuum of Care

Continuum of Care: Over 31,000 SF on the second floor, the Integrative Simulation Center models the full continuum of care from emergency response and hospital treatment to discharge, rehabilitation, and prevention. The facility serves as a hub for interprofessional health training and includes outpatient and inpatient spaces, EMS and skills labs (featuring a full-scale ambulance simulator), a one-of-a-kind simulated community, and debriefing rooms for the ultimate in experiential learning preparing learners for more intense and critical life experiences where the stakes are low.

Temple University Public Health Construction

Construction: Progression of the original Paley Library skin being removed, the original top floor structure being removed, and horizontal and vertical steel structure being installed.

Impact
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The building is designed to achieve LEED certification and will be the first building on campus to achieve WELL certification, promoting a healthy environment for occupants while also supporting environmental sustainability.

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University of Illinois Chicago, Simulation and Integrative Learning (SAIL) Center https://slamcoll.com/portfolio/university-of-illinois-chicago-simulation-and-integrative-learning-sail-center/ Fri, 16 Jan 2026 16:10:05 +0000 https://slamcoll.com/?post_type=sub151_project&p=12290 The post University of Illinois Chicago, Simulation and Integrative Learning (SAIL) Center appeared first on SLAM.

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Insight

Founded in 1987, the UIC SAIL Institute was one of the first standardized patient centers in the world. Recognizing the need for expansion due to a high demand for additional space to expand programs, including technology-based simulation, standardized patients, procedural skills, UIC hired SLAM, in collaboration with local architect, Holabird & Root, to provide services for the build-out of a new SAIL Institute just south of the College of Medicine Campus.

Solution

Working closely with the University, the design team collaborated to create flexible, functional simulation spaces that advance clinical education through both technology-based and human-based learning.

Technology-Based Simulation
The 19,000 SF Simulation Institute supports high-fidelity patient simulators and task trainers in adaptable labs that replicate O.R., ICU, E.R., Labor and Delivery, and inpatient rooms. Pre-briefing and debriefing spaces, a central/nurse station, equipment storage, and a procedural skills lab ensure highly functional, flexible operations. Control rooms, lockers, and administrative offices support the offstage support needed.

Human-Based Simulation
The 10,000 SF Clinical Performance Center features 22 exam rooms (four larger for inpatient scenarios) organized in three pods, allowing for flexible group sizes. Separate circulation for standardized patients and learners, dedicated training/lounge space, classrooms, lockers, and robust recording/playback technology support realistic, human-based simulation.

University of Illinois Chicago Simulation and Integrative Learning Center Sketch

Renderings of key spaces supported meaningful exploration of color and texture, allowing the design team and user groups to more clearly visualize the proposed environment. An early concept for the main reception area is shown above.

University of Illinois Chicago Simulation and Integrative Learning Center Sketch

Envisioning the three-sided glass procedural skills lab, also used as an active learning classroom, allowed user working groups to clearly grasp the small-group layout and sense of spatial volume during design. We selected to include an operable partition to divide the room, providing additional flexibility for smaller groups. .

University of Illinois Chicago Simulation and Integrative Learning Center Sketch

An early preview of the simulated hospital helped users understand the relationship between the central nurse station, debriefing rooms, and flexible simulated patient, ICU, and ER rooms.

University of Illinois Chicago Simulation and Integrative Learning Center Sketches

Multiple design options were explored for the reception area opposite the elevators, introducing richer color and expressive forms. One concept focuses on color and geometry, while another highlights wood elements combined with brighter hues.

Impact

The 29,000 SF SAIL project tripled the size of the existing facility, creating a comprehensive simulation center with seven flexible simulation rooms, 22 outpatient exam rooms, and key support spaces, including a 50-seat skills lab, divisible classrooms, and debriefing rooms that support inter-professional education. Serving more than 2,000 learners annually for over 55,000 learner-hours, SAIL is an innovator in simulation education and research, providing training to local, national, and international audiences. As a unit of UIC’s internationally recognized Department of Medical Education, SAIL collaborates across the UIC Health Sciences Simulation Consortium and related research and training laboratories to advance health professions education.

“

Our state-of-the-art facility looks like a modern hospital, and that’s the point. It allows us to leverage more complex simulated events than ever before.

Dr. Christine Park
Director of Simulation and Professor of Anesthesiology, University of Illinois College of Medicine
”

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Western Michigan University, Homer Stryker M.D. School of Medicine https://slamcoll.com/portfolio/western-michigan-university-homer-stryker-m-d-school-of-medicine/ Mon, 08 Dec 2025 15:13:51 +0000 https://slamcoll.com/?post_type=sub151_project&p=12171 The post Western Michigan University, Homer Stryker M.D. School of Medicine appeared first on SLAM.

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Insight

The Challenge was to create a home for Western Michigan University’s inaugural class of medical students, develop a progressive medical education curriculum, and recruit the faculty to support it, all within eighteen months from design to completion.

The Big Idea was to renovate an existing facility with deep ties to the medical community, focusing new construction only on the essential components that could not be accommodated within the existing building.

The Goal was to create a landmark experience that embodies the evolution of medical education and research, through a building that honors the region’s traditions while reflecting the progressive spirit of modern medicine.

Western Michigan University School of Medicine Existing Site

The vacant existing eight story building was located upon an underutilized downtown site and one of seven locations assessed by the SLAM Landscape and Architectural practices.

Western Michigan University School of Medicine

Indigenous housing forms from the region inspire the stacked, tiered classroom design as a distinctive expression of place.

Solution

The ground-level floor was envisioned as a showcase for the activities that shape the daily routine of a medical student’s curriculum. Team-based skills and simulation suites, along with supporting team write-up and study zones, are at the heart of the experience. Framing this highly interactive social zone are large-format team-based learning and meeting spaces that reflect a new era in pedagogical thinking and the importance of a global community built on interaction, exchange, and support.

The upper levels include administrative and faculty offices, a gross anatomy suite that serves as the County Examiner’s office, and several floors refit as modern research laboratories, with the ability to expand vertically within the existing tower.

Western Michigan University School of Medicine Structural

SLAM leveraged inhouse collaboration of Structural and Architectural services to shave critical days off the design schedule and facilitate early demolition and structural package releases.

Western Michigan University School of Medicine BIM

Level 400 BIM modeling was deployed to quickly analyze conflicts and generate solutions during the design process thereby speeding the construction and delivery of the facility.

Western Michigan University School of Medicine large format meeting hall

Early demolition work included existing floor removal for the accommodation of a two-story volume at the large format meeting hall.

Western Michigan University School of Medicine Axo
Western Michigan University School of Medicine Floor Plan and Site Plan

The project transformed the site into a vibrant downtown park that becomes the front lawn for the organic, two-story learner-centered addition. This new volume on the north and west sides of the tower base offers the social space required for an innovative team-based curriculum.

Impact

WMU SOM enrolls about 85 students each year in a simulation-rich, team-based curriculum focused on community service. Beyond training and retaining medical professionals, the school partners with local K–12 systems, laboratory scientists, and clinicians to improve regional healthcare. Its economic impact is substantial, contributing an estimated $1.6 billion to regional output, creating 1,600 jobs in 2020, generating $115 million in personal income, and supporting $353 million in sales. The presence of students, faculty, and staff has also helped revitalize downtown Kalamazoo.

Western Michigan University School of Medicine Students

From the individual to the cohort, and from the hearth to the garden-view living room, students are immersed in a nurturing environment that fosters both comfort and success.

Western Michigan University School of Medicine Skills Training

Skills training in a team-based environment strengthens learner retention and promotes real world scenarios.

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2016 AIA Georgia Merit Award Winner

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Providence College, School of Nursing and Health Sciences https://slamcoll.com/portfolio/providence-college-school-of-nursing-and-health-sciences/ Tue, 19 Aug 2025 13:16:46 +0000 https://slamcoll.com/?post_type=sub151_project&p=11893 The post Providence College, School of Nursing and Health Sciences appeared first on SLAM.

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Insight

Tasked with creating a flagship facility for a brand-new academic discipline, the College needed a space that could support hands-on clinical training, foster interprofessional collaboration, and emphasize holistic, mission-driven care. Beyond housing new programs, the building had to signal a major institutional shift—elevating healthcare education on campus and transforming a quiet campus edge into a vibrant destination for learning and connection. In addition, the initiative set out to address a growing demand for skilled and compassionate healthcare professionals in Rhode Island, where they are currently experiencing critical nursing shortages in psychiatric and mental health facilities.

Solution

The design emphasizes flexibility and celebrates collaboration, with indoor and outdoor spaces that foster interaction and hands-on learning.

Providence College Nursing and Health Sciences Site

The new structure transforms an underutilized quad into a dynamic outdoor space, blending residential and academic life. Deeply integrated into its ecosystem, the design frames a beloved 150-year-old oak tree (The Fennel Oak), incorporating bird-friendly strategies, native materials, and pollinator gardens.

Providence College Nursing and Health Sciences

Material selections—including granite, brick, high-performance concrete, and white oak—create a warm, timeless feel. Expanses of glass open the “Social Edge,” connecting indoor collaboration zones to views of the quad and Fennell Oak. Pathways and landscape elements promote accessibility and sustainability.

Providence College Nursing and Health Sciences

The facility extends an open invitation to students of all majors, reinforcing a shared campus identity while nurturing reflection, resilience, and connection.

Impact

The School of Nursing and Health Sciences has quickly become a hub for interdisciplinary learning and student life. Purpose-built labs and classrooms support growth in both enrollment and programming, while dining spaces and a chapel extend its reach across campus. By transforming a once-quiet campus edge, the facility not only supports the College’s academic future—it redefines its physical and community presence.

“

This facility will set us apart among healthcare education programs… It will be a powerful draw for the excellent students who aspire to be the skilled, compassionate healers the Providence College nursing and health sciences programs will produce.

Rev. Kenneth R. Sicard, O.P. ’78, ’82G
College President
”

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Sacred Heart University, Pioneer Village https://slamcoll.com/portfolio/sacred-heart-university-pioneer-village/ Tue, 07 Jan 2025 21:32:54 +0000 https://slamcoll.com/?post_type=sub151_project&p=11453 The post Sacred Heart University, Pioneer Village appeared first on SLAM.

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INSIGHT

With many students living in off-campus apartment complexes, the university invested in the belief that by having more students living on campus, the door for elevating and enriching the student experience would open wider. Studies have determined that when stronger, more meaningful connections are made between students, and faculty members, the campus dynamic improves significantly.

Sacred Heart’s new 15-acre site encouraged a coherent master plan for development based on creating a “social armature” for students that prioritizes personal interaction and the development of friendships. By starting at the bedroom level, efforts to link interior facilities with outdoor spaces helped to expand the network of social engagement opportunities.

SOLUTION

Christened as “Pioneer Village,” the development now provides 900 beds and a dining facility in eight buildings, constructed over four phases. The new land also allowed for the creation of a dominant, centrally-located quadrangle, giving organizational structure and spatial hierarchy to the overall fabric of the campus.

A five-story nursing tower from the assisted living facility has been adaptively re-used for freshman suites. The remaining one-story areas were replaced by the Quad and six new residence halls.

Sacred Heart University Pioneer Village After

The six new residence halls include four- and five-bed apartments with full kitchens, designed for more mature students with established networks of friends; and four-bed suites without kitchens, suited for younger students.

Sacred Heart University Pioneer Village Organization
IMPACT

Redevelopment of the 15-acre property nets a 3.5-acre reduction in impervious surfaces, replaced by usable green space.

Carbon Emissions

Adapting the Phase One assisted living facility to a five-story dormitory saved ~70% in embodied carbon, compared to new construction.

The newly added buildings surpass exterior envelope energy codes, with careful detailing to mitigate thermal bridging and infiltration.

The visually prominent roofscape is clad with roofing tiles, featuring 80% recycled content.

A window-to-wall ratio of under 20% and low-E glass, with high VLT and low SHGC, combines with mass walls and continuous insulation to reduce HVAC loads.

Ventilation is provided by a DOAS system with total energy recovery.

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Springfield College, Health Sciences Center https://slamcoll.com/portfolio/springfield-college-health-sciences-center/ Mon, 19 Aug 2024 15:32:05 +0000 https://slamcoll.com/?post_type=sub151_project&p=11220 The post Springfield College, Health Sciences Center appeared first on SLAM.

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Insight

Springfield College embarked on an ambitious plan for campus renewal during the pandemic with the new Health Sciences Center, the first new construction in over 20 years. The campus had long been divided from the city of Springfield by an old Boston and Albany railroad easement. Contained within this easement is a jet fuel line that feeds airports along the east coast.

Solution

The four-story facility is the first in a series of projects that crosses this barrier and creates a welcoming gateway to the city and local neighborhoods.

The new Health Sciences Center is a 4-story steel framed building, with the lateral force resisting system composed of steel moment frames which allowed for a more open architectural floor plan, all supported on spread footings designed to avoid an active jet fuel line.

The architecture respects the narrow footprint and purposefulness of the old railroad warehouses that blanketed this area.

Impact

Exterior Design and Site

Modern Industrial Interior Design

The interior design responds to the simplicity and resilience of the exterior while creating formal and informal interactive spaces for the community.

Wallcoverings, acoustical ceiling products and furniture contain both high pre- and post-consumer recycled content and low VOC paints and finishes were used throughout.

Low maintenance resilient flooring products, built on a zero-waste upcycling process, provides added physical comfort and ergonomics in the simulated clinical settings, needed acoustical support and product performance all while minimizing the environmental impact on the planet.

The College is one of three institutions at the time to use a Green Bond to finance the project. The project will achieve LEED Gold.

Project Contact

Mark Rhoades AIA
Principal-in-charge

P
860 368.4258

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Drexel University College of Medicine at Tower Health, Medical Education Building https://slamcoll.com/portfolio/drexel-university-college-of-medicine/ Fri, 20 Feb 2026 21:40:43 +0000 https://slamcoll.com/?post_type=sub151_project&p=11249 The post Drexel University College of Medicine at Tower Health, Medical Education Building appeared first on SLAM.

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Insight

The project goal was to expand access to high-quality medical education while directly addressing physician shortages in northeast Pennsylvania. By establishing a four-year regional campus in partnership with Tower Health, Drexel University sought to create a sustainable pipeline of future physicians who would train locally, serve the surrounding community, and strengthen the region’s long-term healthcare infrastructure.

Solution

SLAM addressed the goal by designing a flexible, highly visible medical education facility overlooking the Schuylkill River and Reading that supports contemporary medical education and reinforces a strong academic presence in the community. Because class size was planned to increase gradually, SLAM included large fixed elements such as the anatomy lab in the initial construction, while leaving other areas to expand over time. Two shelled floors were added to accommodate future growth and unforeseen opportunities.

Drexel University College of Medicine at Tower Health

The building’s curved form follows the eastern edge of the site, reflecting the railroad tracks and river below to strengthen its connection to place. A two-story masonry base accommodates internally oriented spaces, while the upper floors position student and faculty areas to take advantage of the extraordinary views, supporting an inspiring academic environment.

“

This building and its layout will help the campus to build community and also encourage our students to make strong connections to faculty, staff and professionals. “Education, innovation, research and collaboration will thrive in one central, unifying space.

Orcel Kounga
Director of Admissions and Student Affairs
”
Drexel University College of Medicine at Tower Health

To meet the ambitious 30-month schedule from design through occupancy, the team fostered close collaboration between the architect and construction manager, streamlining decision-making and coordination. Prefabrication of much of the exterior envelope off site further accelerated construction, enabling the project to achieve its timeline without compromising quality.

Drexel University College of Medicine at Tower Health

The masonry base draws from the local vernacular architecture, establishing a strong connection to the community while visually supporting and elevating the lighter upper stories to express the project’s forward-looking identity.

Impact

The project established a full four-year medical campus in an underserved region, expanding access to medical education and creating a pipeline of physicians trained locally. It strengthened the partnership between Drexel University and Tower Health, enhanced the regional healthcare workforce, and brought a prominent academic presence to the Reading area. The facility’s flexible design also allows the school to grow and adapt over time, supporting long-term educational and community impact.

“

The opening of this campus is so gratifying and solidifies our college’s vision for a truly community-integrated medical college that spans urban, suburban and rural populations. This campus will serve as the intersecting point of our high-quality medical education, patient care, research and service missions.

Charles B. Cairns, MD
Senior VP of Medical Affairs
”

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Duquesne University https://slamcoll.com/portfolio/duquesne-university-osteopathic-medicine/ Mon, 23 Dec 2024 13:52:10 +0000 https://slamcoll.com/?post_type=sub151_project&p=11191 The post Duquesne University appeared first on SLAM.

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INSIGHT

In 2018, Duquesne University identified a pressing global healthcare challenge and set forth on a journey to address it. Through a meticulous institutional master plan, the school laid the groundwork for what would become a groundbreaking College of Osteopathic Medicine (COM).

By July of the following year, the vision began to take shape as SLAM was engaged to bring this ambitious project to life. With the official announcement of the COM, Duquesne moved swiftly to appoint a founding dean and initiate faculty recruitment, setting the stage for a robust institution.

SOLUTION

Understanding the rigorous requirements for accreditation, the team developed a comprehensive schedule that encompassed due diligence, site acquisition, accreditation submissions, city/zoning permits, construction, and eventually student enrollment. However, as the world faced an unprecedented global pandemic less than a year later, the University and the design team were confronted with unforeseen challenges.

Demonstrating remarkable agility and strategic foresight, the team navigated these challenges, ultimately leading to the successful accreditation of the new College of Osteopathic Medicine within its original parameters.

Duquesne Osteopathic Medicine benchmarking and planning

Using SLAM’s advanced benchmarking tools and focusing on COCA Accreditation requirements, the design team developed a clever approach to programming, making the most of existing campus spaces to meet the needs of the new College of Osteopathic Medicine. This approach included renovating and repurposing current campus areas to create facilities for gross anatomy, a medical library, and large classrooms/event spaces. Addressing pandemic-related issues and spreading essential medical school programs across the campus helped form a dedicated healthcare education precinct. This thoughtful planning not only optimized available space, but also reinforced Duquesne’s commitment to connectivity and a cohesive learning environment.

Duquesne Osteopathic Team Communication

Team stewardship and proactive communication, throughout the process, ensured that the community and stakeholders were well-informed and supportive of this new resource getting underway. This support allowed the project to accelerate in an expedited manner.

IMPACT
Duquesne Osteopathic City

Strategically positioned along Forbes Avenue alongside other educational institutions, Carnegie Mellon and University of Pittsburgh, the building acts as a bridge between campus and the city, contributing to the Forbes Avenue transformation initiative. This series of development and infrastructure projects aimed at revitalizing sections of the avenue, making it more safe, accessible, and aesthetically pleasing.

Duquesne Osteopathic Glass

The modern architecture incorporates traditional materials, such as campus-matching brick and dark metal panels to reflect Pittsburgh’s industrial heritage, while complementing the urban fabric of the surrounding community. Sweeping transparent glass façades set back from the street showcase learning activities during the day and illuminate the streetscape at night, reinforcing openness and connection to the wider neighborhood. The newly landscaped garden in front creates long awaited public space that offers seating and allows for this project to be welcoming and porous to the rest of the community.

“

The College of Osteopathic Medicine is more than just a building – it’s a symbol of growth and possibility on Forbes Ave. and downtown Pittsburgh. By creating a space that inspires learning and connection, and is authentic, it helps breathe new life into the area and support the neighborhood’s vision for a thriving, revitalized city core.

Neil Martin, AIA
Principal, Design Architect
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Duquesne Osteopathic Third Floor
Duquesne Osteopathic Simulation

A simulation center, on the third floor, offers high-tech inpatient and outpatient training suites that incorporate video recording for real-world clinical preparation.

Duquesne Osteopathic Second Floor
Duquesne Osteopathic Student Lounge

A large student lounge on the second floor is intended to be the heart of the community with a kitchen, social seating, and games.

Duquesne Osteopathic First Floor
Duquesne College of Osteopathic Medicine Lobby

On the first floor, a two-level lobby, linked by ramp and stairs, stretches out from the tower form of the building to engage the Forbes Avenue Plaza. The curved wall serves as the foundation for a donor wall that recognizes the many who have contributed to the success of the COM.

Duquesne Osteopathic Lower Level
Duquesne Osteopathic Skills Lab

On the lower level, an osteopathic manipulative medicine lab provides hands-on musculoskeletal training.

Duquesne Osteopathic Learning Environments

From the classroom to the operating room, students have the opportunity to learn about anatomical systems in the team-based lecture hall, “see” them holographically in the virtual anatomy lab, and then perform procedures in the simulation center.

Designed to meet LEED silver standards, the building prioritizes energy efficiency, natural light, and sustainable materials. Renovating existing campus facilities for use by osteopathic medical students, including an anatomy lab and a floor in a campus-wide library, helped to reduce the building’s carbon footprint.

“We approached this project with a deep respect for the campus’s existing infrastructure, transforming what was already here into an active, sustainable space,” said Karen Parzych, Principal, Architect, The S/L/A/M Collaborative. By reimagining these facilities, we not only reduced our environmental footprint, but also created an environment where health sciences students and professionals can easily connect and collaborate, sparking new ideas and partnerships.”

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Iona University, Health Sciences, Environmental Graphics https://slamcoll.com/portfolio/iona-university-kelly-center-for-health-sciences-experiential-graphics/ Thu, 11 Jul 2024 20:09:16 +0000 https://slamcoll.com/?post_type=sub151_project&p=11117 The post Iona University, Health Sciences, Environmental Graphics appeared first on SLAM.

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Iona University Health Sciences Experiential Graphics, Lobby

In the lobby, wayfinding signage using brand colors and graphics are prominently displayed adjacent to a custom wall graphic and custom ginkgo patterned glass.

Iona University Health Sciences Experiential Graphics

The custom wall graphic displays Iona’s brand graphics and tag line with patterns of tree rings to reference both Iona’s educational vision and the building’s nature infused design.

Iona University Health Sciences Experiential Graphics, Glass

The custom ginkgo patterned glass references Iona’s beloved campus ginkgo tree. The ginkgo tree also serves as a reference to resilience, longevity, and early traditional medicine.

Iona University Health Sciences Experiential Graphics

A custom graphic mural depicts a natural scene to enhance the park like setting of the ‘Main Street’ atrium.

Iona University Health Sciences Experiential Graphics Student Lounge

Iona brand patterns appear again in the ceiling of the student lounge.

Iona University Health Sciences Experiential Graphics, Simulation Center

A custom graphic at the simulation center nurse station connects reference to the ginkgo tree and the study of health sciences.

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