New Science Center in Singapore,
design: Zaha Hadid Architects
Singapore will be home to the New Science Center, designed by architectural firm Zaha Hadid Architects in collaboration with local studio Architects 61. With a new location and spaces adapted to modern needs, the institution plans to expand its activities, which have been running since 1977. The goal of the project is to create a place that will allow Singaporeans of all ages to explore science and technology and their impact on everyday life. The facility will offer interactive spaces and educational programs in science, technology, engineering and mathematics. Construction is scheduled for completion in 2027.
Singapore's new Science Center - the design will be based on an irregular plan, consisting of four interconnected rectangular blocks
visualization: Negativ © Zaha Hadid Architects
Nature-inspired architecture:
Science Center in the heart of Jurong Lake gardens
The new Science Center is inspired by the nature of the 90-acre gardens at Jurong Lake. The design will be based on an irregular plan, consisting of four interconnected rectangular blocks. The building's protruding elements will be capped with rectangular windows that, framing views of the lake, will provide visual connections to the surrounding landscape. The building will appear to float above the park, and its layout will include a series of courtyards and gardens that lead from a nearby subway station to a pagoda in the Chinese Garden.
Singapore's new Science Center - the center will have a plaza that will become a key space for hosting a variety of events
visualization: Negativ © Zaha Hadid Architects
The center's diverse spaces:
from galleries to rooftop gardens
The center, with its diverse spaces - indoor, outdoor, and rooftop gardens - will become a place that combines science and nature with social activities. Exhibition galleries, interactive laboratories and event spaces are planned within the facility. What's more, the building will include visitor amenities, administrative offices, archives and technical facilities.
Singapore's new Science Center - a plaza connecting visitors to the new Science Center building, lake and park
Visualization: Negativ © Zaha Hadid Architects
Innovative labs and play zones
at the new Science Center
The new Science Center will offer an expanded Children's Gallery, which will more than double in size. It will feature interactive outdoor water play zones and educational pathways through the gardens. Older students will be able to enjoy state-of-the-art laboratories and studios for learning through hands-on experiments.
Singapore's new Science Center - exhibition galleries, interactive labs and event spaces are planned within the facility
visualization: SCB © Zaha Hadid Architects
One example is the Eco-Lab, where students will conduct research by collecting and analyzing samples from an organic garden. The center, through its programs and exhibitions, will also promote sustainable solutions such as vertical farming.
New Science Center in Singapore - visualization of the nighttime appearance of the New Science Center observatory
Visualization: Negativ © Zaha Hadid Architects
space for research, innovation and education
The facility will also be enriched with an observatory that will enable astronomical research, especially aimed at budding researchers. The building will also include a Digital Fabrication Laboratory, offering incubation support for growing businesses, and a space for young inventors to pursue their projects. The center will also have an activity plaza, which will become a key space for educational programs and community events.
Singapore's new Science Center - the buildings will appear to float above the park
visualization: Negativ © Zaha Hadid Architects
green transformation: the Science Center
as an example of sustainable design
In line with the Singapore Green Plan 2030, the new Science Center is being built according to sustainable design principles, focusing on improving energy efficiency and reducing carbon emissions. The building's exterior spaces will be shielded from excessive sunlight while allowing natural airflow. Optimal ventilation and controlled daylight will reduce energy consumption and improve occupant comfort. The installation of photovoltaic panels and roof gardens with insulating properties will support renewable energy goals. An integrated building management system and efficient air-conditioning solutions will help reduce energy consumption by more than 40%. In addition, comprehensive water management and carefully designed greenery will support the protection and regeneration of native plant ecosystems.
Elaborated: Anastazja Dżupina
Illustrations provided courtesy of Zaha Hadid Architects.
