Sciences

From offices, to lab and non-lab facilities, to industrial-scale facilities, we partner with clients in biotech, pharmaceuticals, and science-based industries to help them maximize efficiency and promote innovation and collaboration.
The rise of hybrid work patterns, automation, and AI in life sciences is radically shifting how we design laboratory settings to be more efficient and maximize scientists’ time for discovery.
—Erik Lustgarten, Sciences leader
INSIGHTS

AI propels fully automated labs into the mainstream.

AI and automated systems will transform lab spaces into next generation “lab data centers” that produce the research data necessary to accelerate drug discovery and enhance product development.

 

Data-driven workplace design strategies drive collaboration and innovation.

As science becomes more data-driven and technology-enabled, so too will the workplace that supports these interdisciplinary teams. Spaces that allow for more collaborative and cross-disciplinary activities will be in high demand.

 

Advanced manufacturing facilities accelerate drug discovery.

New techniques like small batch manufacturing and rapid prototyping will streamline scale-up to clinical trials and drastically reduce time-to-market for new therapeutics, treatments, and medical devices.

Mexico City Day Zero project rendering
Design Forecast identifies the trends and design strategies that are shaping the future of the human experience and the built environment. We provide strategic advice, research, and projects from all 33 of Gensler’s practices to help clients prepare for transformational times.
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