Project type:
Upper secondary school (Gymnasieskola)
A mix of natural sciences, technology, health, and entrepreneurship. A foundation for collaboration and innovation. A modern school and an inspiring workplace. That’s the essence of Widerströmska Upper Secondary School in Huddinge.
Just like the NEO and Technology and Health buildings, Widerströmska is part of the life science cluster that has taken shape in Campus Flemingsberg in recent years. Tengbom has been the lead architect for approximately 50,000 square metres here between 2012 and 2019.
The school, named after Karolina Widerström, Sweden’s first female medical doctor, now occupies one floor of the NEO building. Here, future researchers and entrepreneurs learn in close collaboration with the academic and healthcare institutions surrounding them.
Widerströmska upper secondary school’s entrance. Photo: Felix Gerlach
A life science hub for future innovators
Bright and inspiring classrooms
Inside, light, space, colour, and openness define the NEO building—and these qualities also shape the school’s interior. While the upper floors house cutting-edge research labs for Karolinska Institutet, the Widerströmska floor is designed to be a creative and inspiring learning environment.
Students and teachers can write directly on the walls, and large glass partitions ensure that natural daylight reaches every corner of the study spaces. A yellow-green carpet, running through all the classrooms, enhances the brightness even further.
“It has been incredibly exciting to help create a new upper secondary school that, through collaboration and synergies with academia, has become the first school with a life science profile.”
— Anna Morén Sahlin, lead architect
Design details create a cohesive identity
In collaboration with LINK Interior Architecture, Tengbom developed a material and colour scheme that aligns with the identity of the rest of the NEO building. Subtle design details connect the school’s interiors with the upper floors, including spiral staircases and accent colours in ceilings, doorways, and furniture.
A safe and social learning environment
Beyond classrooms and lecture halls, the school features a central gathering space known as Arenan, as well as a gym, science labs, café, multipurpose hall, and staff rooms.
A key priority in the project has been to foster a sense of social security and community. The spatial layout encourages interaction between students and teachers, with transparent environments and open sightlines.
“There are no hidden corners anywhere. Staff rooms are evenly distributed throughout the school, where students naturally spend their time.”
The school’s entrance and spaces. Photo: Felix Gerlach
Welcome to one of the world’s most sustainable university hospitals and number seven in the ranking of the world’s best hospitals. Perhaps Sweden’s most extensive project of its kind, New Karolinska Solna is also a major driving force in the development of Hagastaden, a new urban district and Scandinavian centre for Life Science.
Photo: Felix GerlachPhoto: Felix Gerlach
A great investment to meet the care challenges of the future
Stockholm County is growing rapidly. Between 2010 and 2020, the population is expected to increase by 350,000 people. At the same time, the number of children and older adults is rising faster than other age groups, and our lifespan will continue to grow.
Most of today’s hospitals were planned in the 1960s and 70s. They are not designed for today’s or tomorrow’s rapid developments in, for example, medical technology, pharmaceuticals, new treatment methods, or working practices. Neither do they meet the expectations of the modern patient. As in many other sectors, healthcare increasingly depends on interdisciplinary environments, not least to enable knowledge exchange between medicine, research, and education—so-called Life Science operations.
To meet future healthcare needs, the Stockholm County Council is making one of its largest investments ever. The NKS project is a central component of this initiative. The hospital welcomed its first patients in 2016 and is now fully operational.
Photo: Fredrik Sweger
Collaboration in the White Tengbom Team
With a total area of around 330,000 m², including 630 patient rooms, 35 operating theatres, advanced technology for highly specialised care, and stringent environmental requirements, the NKS project presents immense challenges for all parties involved. It is Sweden’s largest project carried out as a Public–Private Partnership (PPP) and the country’s most advanced BIM project. The hospital is also the first to be environmentally certified according to both Swedish and international standards.
To address the architectural complexity, we formed White Tengbom Team in 2010—a project-specific company through which we collaborated with architecture firm White to jointly design the hospital. Around sixty of our architects, engineers, and project managers have worked on the assignment over the eight years the project has been ongoing. Follow-up work continues until the final phase is handed over in 2018.
Flexible environments for sustainable development
The hospital is designed to function for up to one hundred years—even though we cannot predict what healthcare will look like then. We anticipate rapid medical progress and exciting technological advances. The facility is planned with a high degree of generality and flexibility. The building can be adapted over time as research, treatment methods, working processes, or technology evolve and demand new solutions.
Generous floor-to-floor heights, robust floor structures, and substantial capacity in infrastructure and technical systems are examples of important investments. These enable the hospital operations to develop sustainably over time.
The patient in focus
The guiding principle for the entire NKS project is “the patient always first.” All planning and design have been based on the patient’s safety, privacy, and comfort. Each patient is cared for in a private room with an associated hygiene room. Single rooms provide greater privacy and security and reduce the risk of infection and medication errors. Their design also enables care teams to work together at the patient’s bedside and facilitates close collaboration with researchers and students, who can visit in new ways. In this way, care moves closer to the patient.
A healing atmosphere within Nya Karolinska Solna
Photo: Felix Gerlach
We have carefully shaped care environments that have a positive impact on patients. The interior atmosphere is characterised by generous public spaces and numerous meeting places where people can gather. Externally, New Karolinska Solna features a façade of glass, steel, and white tiles. The building follows a rectilinear block structure that continues the pattern of the traditional stone city. Five building volumes are tied together by a glass-clad mantle structure. Entrances and functions maintain the most open relationship possible to surrounding streets and squares.
The care quarters connect to the research buildings to the north and to Karolinska Institutet’s new laboratory to the west. Between the care and research functions runs the Academic Promenade, which links the hospital with Karolinska Institutet and bridges Solnavägen via a new pedestrian and cycle bridge.
World leading Life Science cluster in Hagastaden
Stockholm aims to be a Scandinavian centre and catalyst within Life Science—a place where industry, academia, and clinical care and research meet and collaborate. This is the vision expressed by Karolinska Institutet, KTH, Stockholm University, the City of Stockholm, the City of Solna, and the Stockholm County Council in the joint “Vision 2025 – Science City.” Consequently, collaboration between healthcare, research, and education has been a fundamental architectural premise in the NKS project.
The New Karolinska Solna project will ultimately be a key driver in the development of Hagastaden, where the cities of Solna and Stockholm meet. Once fully developed, the area will offer around 6,000 new homes and 50,000 workplaces. A science district for world-leading education and research is being created here under the collective name Stockholm Life. The hospital’s main building will form the backdrop at Hagaplan, the district’s new urban square.
Photo: Felix GerlachPhoto: Felix Gerlach
Nya Karolinska Solna will also be the single most important motor behind the development of Hagastaden – the new district where Solna and Stockholm meet, and which when completed will offer approximately 5,000 new homes and 50,000 jobs of which just over 6 000 at NKS. We are creating a science city for cutting edge education and research under the common name Stockholm Life. The main building of the hospital will form the focal point of Hagaplan, the new town square.
Illustration: Tengbom
Awards and Recognitions
The World Architecture Festival nominated NKS in 2019 in the Completed Buildings: Health category. In 2025, Newsweek ranked it fifth globally.
Giant laboratory to attract international scientists
Interior Design
Life Science, Offices
Client:
Location:
Lund
Years of commission:
2011-2016
Type of project:
Laboratory
Comptences:
Interior Design
In 2012, we were given the extremely exciting task by Lund’s university to do the interior architecture of MAX IV, a giant laboratory that will play host to approximately 1,000 scientists from the entire world every year. Here, we have developed everything from customized solutions in the lab environments to representative spaces for international guests and a good working environment for the employees.
The MAX IV laboratory is a national facility at Lund’s university as a world university. The laboratory’s accelerators produce X-rays of very high intensity and quality. Each year, 1,000 scientists from around the world use them for scientific research. The vision for MAX IV is that the facility will be a world leader of its kind.
Photo: Felix Gerlach (Fojab & Snøhetta are exterior architects)
Lund University’s face to the world
The 35,000 square meter large building houses wet and dry laboratory environments with linear accelerators and storage rings, a larger number of offices as well as representative spaces as conference facilities, auditoriums, refectory, café and lounge.
In the facility, research takes place using so called synchrotron radiation, a very strong X-ray light that makes it possible to study material structures down to the atomic level. MAX IV will be the next generation synchrotron radiation laboratory and a giant investment for Lund university, not least for the purpose of attracting these international scientists.
Photo: Felix Gerlach
Photo: Felix Gerlach
Photo: Felix Gerlach
Photo: Felix Gerlach
Photo: Felix Gerlach
Photo: Felix Gerlach
“We have a solid experience and expertise when it comes to creating customized working environments. In this project, function has been extremely important. The equipment is very expensive and requires rational and thoughtful solutions that offer as much flexibility as possible,” says Patrik Haglund. Patrik is Studio Manager of Interior Design at Tengbom in Malmö.
Photo: Felix Gerlach
An good working environment as focus
We are deeply committed to designing a functional and representative working environment for everyone at the lab, especially the researchers. This exciting challenge demands great precision to ensure that all equipment functions seamlessly. We have customized the surfaces to support particle cleaning, carried out by specially trained personnel.
