Scheduled to open in early 2024, the Mayo Clinic Kellen Research Building applies some of the most exciting concepts developed as a part of the Future Labs initiative. Intelligent execution of the wet-damp-dry lab planning concept delivers safe airflow while reducing energy consumption. A smaller grid creates an adaptable framework and a more efficient floorplate. And an expertly modeled façade produces a dynamic yet protective skin — informed by activity both inside and out.
Future Labs
Lab Design Inspired by Natural Systems
Laboratories can exist in a way that both accelerates scientific research and contributes to, rather than dismantles, a healthy environment for people and the planet.
This straightforward, yet transformational hypothesis is at the heart of Future Labs, HDR’s series of design strategies that viably and economically address the environmental challenges that complex lab buildings create, drawing on inspiration from the human body and symbiotic relationships in the natural world.
Over two years, our team of designers, planners, sustainability experts and engineers worked together to rigorously examine and challenge long-held conventions related to laboratory design and develop design and engineering ideas that serve as significantly more sustainable alternatives. As these design strategies took shape, clear analogies to the human body — lungs, bones and skin — began to emerge, creating the framework for continued exploration, evolution and evaluation of Future Labs. Taken together, these concepts give us a glimpse of the greater whole and create a viable path toward regenerative laboratory design.
Future Labs: How Natural Systems Inspire the Lab of the Future
Why Future Labs?
"Many decisions that make sense in a mass timber building also make sense from a lab perspective: modularity, interchangeability and repetition. These things, whether a mass timber building or any other building, help bring costs down and improve quality. We need to move more toward prefabrication, and of course, mass timber excels in that."
"I firmly believe that we are responsible for reshaping our approach to architecture and the resources available. We must effect a positive change on the environment, all while ensuring that the outcome is not only appealing, but also comfortable, functional, and ultimately leaves the world in a better state than where we started."
"We must look at the desire for flexibility in the lab environment. Maybe 20% of the lab has that need for ultimate flexibility, but 80% only has a need for adaptability. And so, one should rethink how you then plan the laboratory and provide systems with the required flexibility and the ability to maximise energy and cost savings."
“We have the ability to shape the future of laboratory planning and design research spaces that can adapt to the challenges we will face in the decades to come. There is a growing emphasis on creating environments that promote collaboration, well-being, flexibility and adaptability, while also being at the forefront of sustainability initiatives and energy conservation.”
"Our biggest challenge is breaking down the current ways of thinking. From air change rates to protocols within the laboratory, things that have been perpetuated over generations need to be rethought and re-examined based on the advancement in science, technology, and building systems."
"There's no point in designing a lab on a pathway toward regeneration that then falls apart in five or ten years. If the lab can't be maintained or hasn't planned for resiliency with future systems in mind, then a social or ecological impact can easily derail the performance we are achieving today."
"Future Labs challenges the conventional narrative that laboratories must compromise our planet's well-being. With a transformative vision, we believe in a future where cutting-edge research not only accelerates human knowledge but harmonises with the environment, proving that laboratories can be catalysts for progress without sacrificing the health of our planet and its inhabitants."
"Future labs prioritise technology, sustainability and well-being. AI and robotics enhance efficiency, while sustainable designs incorporate eco-friendly materials and energy-efficient systems. There's also a focus on promoting physical and mental health among researchers. This blend of innovation and human-centric principles defines the evolving landscape of laboratory design."
