Maersk Tower is a new 42,700-sm research building designed and built as an extension of Panum, the University of Copenhagen’s Faculty of Health Sciences. The new building includes research and teaching facilities and a conference center with auditoriums and meeting rooms.
The tower rests on a low base that comprises all common facilities. The base is publicly accessible and appears open and in close dialogue with the surrounding environment thanks to its glass façade. The research functions and laboratories are located in the tower itself and are bound to each other in a loop that provides short distances between locations and improves the possibility of collaboration.
Photo: Adam Mørk.
An open atrium and a spiral stairway visually and physically connects each of the building’s fifteen floors. A “Forskertorv” exists around the staircase and creates a natural meeting place and community room for the building’s users.
Maersk Tower’s exterior façade is divided into a grid structure of floor-high copper-plated shutters. The shutters act as a climate guard that moves and shields direct sunlight and overheating. The shutters also help to break down the tower’s large scale. Adding to the energy efficiency of the building, the laboratories capture waste energy and reuse it for other purposes.
Photo: Adam Mørk.
Surrounding the tower is a publicly available urban campus park equipped with a “floating trail” that leads pedestrians and cyclists across part of Maersk Tower and creates a new connection between Nørre Allé and Blegdamsvej.
Photo: Adam Mørk.
Related Stories
| Aug 10, 2016
UNIVERSITY GIANTS: Facing money woes, the nation's colleges double down on innovative ideas
Budget constraints are compelling some public institutions to pursue alternative methods of financing their major building projects.
| Aug 9, 2016
Top 70 University Engineering Firms
AECOM, WSP | Parsons Brinckerhoff, and Jacobs top Building Design+Construction’s annual ranking of the nation’s largest university sector engineering and E/A firms, as reported in the 2016 Giants 300 Report.
| Aug 9, 2016
Top 100 University Construction Firms
Turner Construction Co., The Whiting-Turner Contracting Co, and Skanska USA top Building Design+Construction’s annual ranking of the nation’s largest university sector construction and construction management firms, as reported in the 2016 Giants 300 Report.
| Aug 9, 2016
Top 100 University Architecture Firms
Gensler, Perkins+Will, and CannonDesign top Building Design+Construction’s annual ranking of the nation’s largest university sector architecture and A/E firms, as reported in the 2016 Giants 300 Report.
University Buildings | Aug 5, 2016
How to design the best dining facilities for Millennial students
Location, visibility, and adaptability are three important ideas to keep in mind when designing campus dining spaces, writes Gresham Smith and Partners’ Patrick Gilbert.
University Buildings | Jul 22, 2016
Fast-growing UC Merced will double in size by 2020
The state’s Board of Regents has approved a $1.34 billion plan that would add nearly 1.2 million sf of new space.
University Buildings | Jul 6, 2016
University housing of the future will blend life and study
Universities across the country are striving to meet the demand of on-campus housing. VOA's Steve Siegle examines what students and universities desire in campus living, and how designers can respond.
University Buildings | Jun 13, 2016
Renovated Drexel University academic building will welcome students with front porch
A large screen sets a living room vibe for the Philadelphia academic building. Plans call for 9,000 sf of common space on the inside and a new quad on the outside.
University Buildings | Jun 13, 2016
Universities infuse tech features into learning, living, and shopping spaces
Virtual learning rooms, gaming stations, and self-check-out kiosks are among the perks—and necessities—that have all become commonplace in college campus design.
Office Buildings | Jun 10, 2016
Form4 designs curved roofs for project at Stanford Research Park
Fabricated of painted recycled aluminum, the wavy roofs at the Innovation Curve campus will symbolize the R&D process and make four buildings more sustainable.