In the rapidly evolving life sciences industry, bolstered by breakthroughs and technological advancements [1], the need for specialized facilities has become paramount. This article explores the benefits and key considerations of custom-built infrastructure, optimized workflow design, and supportive work environments, highlighting their importance in meeting researchers' unique needs and promoting accelerated innovation while attracting top talent.
Tailored Infrastructure for Specific Research Needs
The life sciences industry's rapid growth and record high employment, driven by biotechnology and industry innovation, has led to increased demand for specialized facilities. This trend aligns with the U.S. government’s strategic plan, which emphasizes investing in infrastructure and workforce development to support the expanding industry and accommodate the need for such facilities. [2]
Developing a life science facility requires a deep understanding of the unique space and equipment requirements associated with various types of research and development. For instance, maintaining specific vibration criteria is crucial to ensure the accuracy and validity of experiments conducted in wet lab facilities. [3] Additionally, life science buildings often have complex mechanical systems, such as those needed for biological safety cabinets in virology labs, which demand cost-effective and efficient design solutions. [3] By addressing these specific needs, custom-built facilities create an environment that allows researchers to focus on their work without the constraints of a generic laboratory setup.
Enhancing Productivity through Optimized Workflow Design
The design of life science facilities is vital for boosting productivity and streamlining processes. Custom-built facilities, which prioritize workflow optimization, are essential in developing advanced, efficient, and lean procedures. By focusing on functionality and ensuring that supplies are easily accessible, these facilities create an arrangement of procedures that directly impacts the layout, reducing unnecessary movement.[3]
Furthermore, custom-built facilities foster collaboration and communication among researchers by incorporating thoughtfully designed spaces that allow for effortless access and interaction. Integrating workflow optimization from the onset of a life science facility's design is crucial, as it reflects the meticulous planning a scientist would employ in organizing an experiment to make the best use of their time. By intentionally organizing the space with a practical workflow in mind, custom-built facilities unlock the full potential of the space for its users, enabling a smooth research process.[3]
Attracting and Retaining Top Talent
The strategic plan for the U.S. biotechnology and biomanufacturing industries recognizes the importance of improving infrastructure and resources to attract and retain top talent. State-of-the-art life science facilities are essential in creating an inspiring and comfortable work environment for skilled researchers. These facilities should be designed to foster employee well-being by incorporating thoughtful amenities such as relaxation areas and on-site exercise facilities. Providing a positive work-life balance and promoting job satisfaction through such measures can significantly increase productivity and innovation within the industry. [2]
Investing in cutting-edge infrastructure and resources not only demonstrates a commitment to supporting the workforce but also strengthens the industry's global competitiveness. These industries can attract the best talent from around the world by prioritizing the development of world-class facilities and fostering a supportive work environment. This, in turn, will help drive advancements in research and development, ultimately leading to breakthroughs that further societal goals and improve the overall quality of life.[2]
Key Considerations for Planning Custom-Built Life Science Facilities
When designing a custom-built facility for life science research, it is essential to consider several factors that can contribute to efficiency and accelerated innovation:
Customize to user-needs: Life science facilities cater to different types of research activities, thus it is essential to have a thorough understanding of the unique needs that come with designing these spaces. This involves considering equipment, space, and biocontainment requirements. Architects, lab managers, and engineers must collaborate to address complex technical challenges and develop creative solutions. [4]
Design collaborative spaces for communication and workflow optimization: Collaborative spaces provide a platform for employees to collaborate, share ideas, and work together on projects in a more efficient and effective manner. This can lead to increased productivity, faster problem-solving, and improved decision-making. [6]
Incorporate state-of-the-art technology and infrastructure to support research: Life science facilities have expanded from single-use to mixed-use ecosystems. [5] By integrating advanced equipment and systems, these facilities can better accommodate the evolving needs of researchers and ensure their work remains at the forefront of scientific discovery.
Ensure regulatory compliance and safety standards: This includes navigating local jurisdictions, zoning laws, and other regulations like hazardous chemical codes, waste management and ISO classifications. [4]
Prioritize employee well-being: Having open-air terraces and indoor biophilia allows connection to nature while incorporating respite areas, natural light and promoting fitness through accessible staircases can enhance the work atmosphere, increase productivity, and facilitate interactions between teams. [4]
The life science industry's unprecedented growth emphasizes the need for custom-built facilities that address the specific needs of various research areas. By investing in tailored infrastructure, organizations can enhance productivity, attract top talent, and promote a culture of innovation. Custom-built life science facilities are key to driving progress in this dynamic industry, ensuring organizations are well-equipped to navigate the challenges and opportunities that lie ahead.
Discover LSRE Solutions’ Customized Excellence: Transforming Research and Lab Environments
At LSRE Solutions, we understand the importance of custom-built facilities in driving innovation and success within the life sciences industry. Our build-to-suit service offers a comprehensive solution for designing and constructing state-of-the-art life science facilities tailored to meet your organization's specific needs.
With our expertise and commitment to excellence, we help clients create spaces that not only address their unique research requirements but also promote collaboration, efficiency, and employee well-being. Ready to transform your research capabilities? Reach out to us today and discover how LSRE Solutions' build-to-suit service can elevate your organization's potential for groundbreaking discoveries and success.
Sources
Subbiah, V. The next generation of evidence-based medicine. Nat Med 29, 49–58 (2023). https://doi.org/10.1038/s41591-022-02160-z
White House. "Bold Goals for U.S. Biotechnology and Biomanufacturing: Harnessing Research and Development To Further Societal Goals." The White House, 2023, https://www.whitehouse.gov/wp-content/uploads/2023/03/Bold-Goals-for-U.S.-Biotechnology-and-Biomanufacturing-Harnessing-Research-and-Development-To-Further-Societal-Goals-FINAL.pdf.
MATT Construction. "Top 4 Things to Know When Building Your Life Science Facility." MATT Construction Blog, 13 May 2021, https://www.mattconstruction.com/blog/tech/top-4-things-to-know-when-building-your-life-science-facility/.
"10 Key Features of Next-Generation Life Science Buildings." Solutions Architecture. Global Construction, 24 Apr. 2019, https://www.solutionsgc.com/10-key-features-of-next-generation-life-science-buildings/#Final_Thoughts
KPMG International Cooperative. "Digitalization in Life Sciences." KPMG International Cooperative, 2018, https://assets.kpmg.com/content/dam/kpmg/xx/pdf/2018/01/digitalization-in-life-sciences.pdf.
"Why is Collaboration Important?" 360Learning, 2021, https://360learning.com/blog/why-is-collaboration-important/