Puts patients first. A great hospital puts the needs of its patients first in everything it does. This means providing compassionate care, listening to patient concerns, and working to ensure that patients are comfortable and informed.
Has experienced and well-trained staff. A great hospital has experienced and well-trained doctors, nurses, and other medical staff. This ensures that patients receive the best possible care.
Uses the latest medical technology and techniques. A great hospital uses the latest medical technology and techniques to provide its patients with the best possible care. This includes using state-of-the-art equipment, following evidence-based practices, and conducting research to develop new treatments.
Has a culture of safety. A great hospital has a culture of safety that is focused on preventing patient harm. This includes having systems in place to prevent mistakes, reporting and learning from errors, and creating a blame-free environment where employees feel comfortable speaking up about safety concerns.
Is patient-centered. A great hospital is patient-centered, which means it is focused on meeting the individual needs of its patients. This includes providing personalized care, respecting patient preferences, and involving patients in decision-making.
Is efficient and effective. A great hospital is efficient and effective in its operations. This means it uses resources wisely, minimizes wait times, and gets patients the care they need when they need it.
Is financially sound. A great hospital is financially sound, which means it has the resources it needs to provide quality care. This includes having a strong financial foundation, managing costs effectively, and investing in its future.
North America hospitals are undergoing a transformation in architecture and construction, with a focus on sustainability, patient-centricity, and technology. This is in response to the changing needs of patients, healthcare providers, and the environment. Some of the key trends in North American hospital architecture and construction include sustainability, patient-centricity, and technology.
in Plainsboro, New Jersey. This hospital was praised for its sustainable features, including private patient rooms, shading to control sunlight, and a 25% reduction in energy use. It was awarded the Best International Healthcare Design Project in 2013 by Building Better Healthcare UK.
Name: University Medical Center of Princeton at Plainsboro
Year Built: 2010
Location: Plainsboro, New Jersey
Size: 355 beds
Architect: NBBJ
Medical staff size: The hospital has a staff of over 2,000 doctors, nurses, and other healthcare professionals.
Medical technology and techniques:
The hospital features state-of-the-art medical technology and techniques, including:
Private patient rooms with advanced monitoring systems
A surgical suite with robotic-assisted surgery capabilities
A cancer center with proton beam therapy
A neonatal intensive care unit (NICU) with the latest technology to care for premature babies
in Montreal, Canada. This $1.5 billion, 3.6 million-square-foot project is the largest healthcare project under construction in North America. It consolidates three hospitals into three interconnected towers on two downtown city blocks. The project was designed by CannonDesign and NEUF Architect(e)s and has won numerous awards, including the 2017 Architizer A+Award for Healthcare.
Name: University of Montreal Health Centre (CHUM)
Year Built: 2017
Location: Montreal, Canada
Size: 3.6 million square feet
Architect: CannonDesign and NEUF Architect(e)s
Medical Staff Size: The CHUM has a staff of over 10,000 medical professionals, including doctors, nurses, and technicians.
Medical Technology and Techniques:
The CHUM is equipped with the latest medical technology and techniques, including:
A state-of-the-art imaging center with MRI, CT, and PET scanners
A robotic surgery suite
A stem cell research facility
A burn unit
A neonatal intensive care unit
in Henderson, Nevada. This $385 million hospital was designed by NBBJ and features a sustainable design that includes a green roof, water-efficient landscaping, and daylighting. The project was awarded the 2022 Healthcare Design Award of Merit from the American Hospital Association.
Name: West Henderson Hospital
Year Built: 2024 (expected)
Location: Henderson, Nevada
Size: 150 beds
Architect: NBBJ
Medical staff size: The hospital will have a staff of over 1,000 medical professionals, including doctors, nurses, and support staff.
Medical technology and techniques:
The hospital will feature a variety of state-of-the-art medical technology and techniques, including:
A 37-bay emergency department
Surgical suites including heart and hybrid suites
Endoscopy suites
Cardiac catheterization labs
An electrophysiology lab to treat heart rhythm disorders
An interventional radiology/special procedures lab to treat neurological diagnoses
Inpatient nursing care units
Sustainable hospital architecture in Africa is a growing trend that is advancing healthcare and protecting the environment. By using innovative design techniques and materials, architects are creating hospitals that are energy-efficient, water-wise, and climate-resilient. This is helping to improve the quality of care for patients and communities, while also reducing the environmental impact of the healthcare sector.
in Nigeria. This project was awarded the 2022 Aga Khan Award for Architecture. The ACEGID is a research institute that is dedicated to the study of infectious diseases. The building is designed to be both functional and sustainable, and it uses locally-sourced materials.
Name: African Centre of Excellence for Genomics of Infectious Diseases (ACEGID)
Year Built: 2018
Location: Ede, Osun State, Nigeria
Size: 10,000 square meters
Architect: MASS Design Group
Medical staff size: 100+
Medical technology and techniques:
The ACEGID uses state-of-the-art medical technology and techniques, including:
Genomics sequencing
Biosafety level 3 (BSL3) laboratory
Bioinformatics facilities
Training and education programs
in Mauritius. This project was awarded the 2019 World Architecture Festival Award for Education. The African Leadership University is a university that is dedicated to developing leaders for Africa. The campus is designed to be a vibrant and stimulating environment, and it helps to foster a sense of community among students.
Name: The African Leadership University
Year Built: 2015
Location: Pamplemousses, Mauritius
Size: 100 acres
Architect: MASS Design Group
Medical staff size: 100+
Medical technology and techniques: The African Leadership University uses cutting-edge medical technology and techniques to provide its students with the best possible education. The campus is equipped with a state-of-the-art hospital, a research laboratory, and a number of other facilities that support the university's mission of developing leaders for Africa.
in Johannesburg, South Africa. This project was awarded the 2012 RIBA International Award. The Nelson Mandela Children's Hospital is a state-of-the-art facility that provides care for children from all over Africa. The hospital is designed to be child-friendly and welcoming, and it has helped to improve the lives of thousands of children.
Name: Nelson Mandela Children's Hospital
Year Built: 2017
Location: Johannesburg, South Africa
Size: 250 beds
Architect: Grimshaw Architects
Medical staff size: 1,000+
Medical technology and techniques:
The Nelson Mandela Children's Hospital is equipped with state-of-the-art medical technology and techniques, including:
A 24-hour MRI scanner
A linear accelerator for cancer treatment
A neonatal intensive care unit
A pediatric intensive care unit
A burns unit
A cardiac unit
A trauma center
Architecture and Construction Science provides expert guidance on how to build a hospital in Asia. The right team of experienced professionals can help you navigate the complex regulatory environment and ensure that your project meets all of the necessary standards. With a deep understanding of the specific needs of the Asian healthcare market, help is at your door to create a hospital that is both functional and aesthetically pleasing.
by Kengo Kuma & Associates. This home in Kamakura, Japan, was awarded the 2010 LEAF Award for Sustainable Architecture.
Name: Changi General Hospital (CGH)
Year Built: 2008
Location: Singapore
Size: 2.1 million square feet
Architect: Kengo Kuma & Associates
Medical staff size: 10,000+
Medical technology and techniques:
CGH is a state-of-the-art hospital that uses the latest medical technology and techniques, including:
Robotic surgery
Artificial intelligence
Virtual reality
Telemedicine
in the Philippines. This hospital was awarded the "Best Hospital in the Philippines" by The Asian Hospital Management Awards in 2022. It is known for its focus on patient-centered care and its commitment to research and innovation.
Name: The Medical City
Year Built: 1966
Location: Ortigas Avenue, Pasig City, Metro Manila, Philippines
Size: 200,000 square meters
Architect: Leandro Locsin
Medical staff size: 1,500+
Medical technology and techniques:
The Medical City is one of the first hospitals in the Philippines to offer robotic surgery.
It is also a pioneer in the use of telemedicine, allowing patients to consult with doctors from around the world.
The hospital has a state-of-the-art cancer center that offers a wide range of treatment options, including chemotherapy, radiation therapy, and surgery.
The Medical City is also a leader in research and innovation, with a number of clinical trials underway.
in Singapore. This hospital was awarded the "Best International Hospital in Asia" by the International Hospital Federation in 2022. It is known for its world-class medical expertise and its commitment to providing a holistic approach to patient care.
Name: Raffles Hospital
Year Built: 2002
Location: Singapore
Size: 540,000 sq ft (50,000 m2)
Architect: Wong & Ouyang
Medical staff size: Over 1,000
Medical technology and techniques:
Raffles Hospital has a wide range of medical technology and techniques, including:
Robotic surgery
Minimally invasive surgery
Advanced imaging technology
Gene therapy
Stem cell therapy