Articles Tagged with: grand opening

NewYork-Presbyterian Alexandra Cohen Hospital for Women and Newborns Opens

The NewYork-Presbyterian Alexandra Cohen Hospital for Women and Newborns, a state-of-the-art facility dedicated to providing individualized care to pregnant women and their newborns, opened August 2.  

Ballinger served as medical architect and healthcare planner for the 246,500 SF hospital, which graces the top six floors of the David H. Koch Center in Manhattan. 

The hospital’s 75 antepartum and postpartum rooms allow every patient to have their own room, promoting privacy, family bonding, and comfort. A Level IV neonatal intensive care unit (NICU)—offering the highest level of critical care for newborns—features private rooms and is the first in New York City with a dedicated MRI and operating room in the NICU. The interior design includes spacious rooms flooded with natural light and artwork created by women. 

“The NewYork-Presbyterian Alexandra Cohen Hospital for Women and Newborns has been designed, first and foremost, as a place for mothers and their babies to receive the highest quality, most personalized level of care available,” said Dr. Steven J. Corwin, president and CEO of NewYork-Presbyterian. “The hospital’s best-in-class model of care combines outstanding care teams, cutting-edge clinical technologies, and a beautiful, nurturing setting that prioritizes our patients’ privacy, safety and comfort.”

The project was designed as a collaboration between HOK and Ballinger.

Penn Medicine Chester County Hospital Celebrates Expansion Opening

Tomorrow, March 7, Penn Medicine Chester County Hospital will celebrate the opening of a 250,000 SF expansion and 26,000 SF renovation designed to transform the campus and improve patient care. Chester County residents will have the opportunity to gather at the new Pavilion for a ceremonial ribbon cutting and celebration.

The design of Chester County Hospital’s expansion is inspired by the Mediterranean heritage of the hospital’s original building, designed in the 1920s. Comprising a new main entry, procedural platform, emergency department, parking garage and new bed tower, the expansion will make world-class healthcare accessible to all in Chester County.

Ballinger completed the first phase of the expansion, Lasko Tower, a 100,000 SF, four-story building with patient rooms for telemetry, surgical care, and maternity units, in 2014.  A post-occupancy evaluation of Lasko Tower was then completed and its findings were used to inform the design of the next phases of the expansion.

A new emergency department, with a separate entrance, will significantly expand the hospital’s capabilities to better serve the needs of patients and is designed with the flexibility to become a trauma center. The expansion features private prep-recovery rooms with decentralized care, as well as surgical and interventional rooms co-located for collaboration, flexibility and efficiency of shared resources.

New glass elements and courtyards compliment the white stucco and tile roofs of the existing campus. They enable intuitive wayfinding while providing access to daylight and nature. A ground floor courtyard serves as a verdant extension of the lobby, with seating beneath a canopy of ginkgo trees. Designed to achieve LEED Silver certification, the project includes an expansive green roof atop the procedural platform. Rooftop plantings will improve stormwater management, reduce heat build-up, and provide green views for guests.

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Ballinger Project ILSB Grand Opening and Ribbon Cutting

Recent Ballinger project, the new Interdisciplinary Life Sciences Building (ILSB) at the University of Maryland Baltimore County (UMBC), will host a Grand Opening Celebration and Ribbon Cutting this Saturday, October 12, 11:00 am – 3:00pm. The program will feature remarks from Maryland Governor Larry Hogan, Maryland Speaker of the House Adrienne Jones, Maryland Senate President Thomas V. Miller Jr., and UMBC President Freeman Hrabowski. The celebration will include building tours, hands-on life science activities, active learning demonstrations, and GRIT-X: a series of short talks presented by UMBC staff highlighting the importance of diversity in research. Additionally, Volkan Alkanoglu, the artist who created the building’s striking art installation “INFLIGHT,” will be present for questions.

The new 131,000 SF ILSB includes wet bench life science research space, shared scientific research core spaces, new multidisciplinary science teaching labs and active learning classrooms. Office spaces for faculty and research assistants are also included to support the research mission of the building. UMBC is a pioneer in teaching non-major foundation labs in an active learning classroom setting and report improved student outcomes due to team learning requirements that increase attendance and promote peer to peer learning. The four 90-person classrooms included in ILSB expand this teaching style on campus and help promote its success.

“UMBC requested a transparent building that put science on display. The interesting challenge was to create a place that would foster strong sense of community for the researchers, while opening the building to the broader campus community that use the classrooms, teaching labs and shared study spaces. The Commons unify these two user groups into one flowing connected space while maintaining layers of security and privacy.” – Steve Bartlett, Lead Designer

Link to event details

Ribbon Cutting to Mark Opening of New URI Engineering Center

The new Fascitelli Center for Advanced Engineering at the University of Rhode Island (URI), designed and engineered by Ballinger, officially opens on Monday, October 7. The opening event will kick off with a speaking program at 11am, followed by a ribbon cutting ceremony and building tours.

The new five-story engineering teaching and research building, the largest construction project in URI’s history, was designed as a new interdisciplinary hub to attract faculty, students and industry partners. A key design feature of the building is a truss support system, which eliminates the need for interior support columns and allows for uninterrupted floor plates. Visible from the exterior, the innovative structural solution evokes the discipline of engineering and engages the campus.