Design Considerations for Starting a New Lab Project: Webinar Review
The life science industry is undergoing a remarkable transformation driven by new technologies, scientific breakthroughs, and an ever-increasing global demand for innovative solutions in health care. This evolution is not just limited to research and production; it also extends to the facilities where this vital work occurs. As the industry grows, so does the need for specialized laboratory spaces supporting the lifesaving missions of companies dedicated to developing medicines, therapies, and technologies. In our free on-demand webinar, Design Considerations for Starting a New Lab Project, Isabel Mandujano, RA, LEED AP BD+C, director of laboratory planning at LPA Design Studios, shared the new technologies and breakthroughs that help you begin a new lab project.
Understanding the Landscape
Delving into the complexities of laboratory design is essential to grasp the fundamental terms and the various types of laboratory tenants within the life science ecosystem. This understanding serves as the foundation for navigating the industry's diverse and rapidly evolving landscape.
Designing for Diverse Users
One of the key components of laboratory design is recognizing the different user groups that may inhabit these spaces, including both known and unknown users.
Engagement tools play a crucial role during the pre-design phase, facilitating collaboration and communication among stakeholders. These tools help define criteria that ensure the development of scientific workspaces aligns with the goals of the organizations involved.
Repositioning Existing Spaces
With the growing demand for laboratory facilities, many companies are exploring the potential of repurposing existing properties, such as office buildings and warehouses, for life science use. This approach presents both challenges and opportunities. While it can be a cost-effective solution to meet immediate needs, it requires careful planning to ensure that the new space meets the specific requirements of laboratory work, such as ventilation, power supply, and safety protocols.
Speed-to-Science: Accommodating Unknown Users
One of the most exciting areas of laboratory design is the concept of speculative laboratories—spaces designed to accommodate unknown users and projects. These flexible environments are essential for fostering innovation and supporting rapid advancements in science. By incorporating adaptable design elements, facilities can enhance speed-to-science, allowing researchers to pivot quickly and efficiently as new opportunities arise.
Conclusion
As the life science industry continues to evolve, the demand for thoughtfully designed laboratory spaces will only increase. By understanding the intricacies of laboratory planning, the process of repositioning existing properties, and the unique considerations for accommodating diverse users, professionals can create environments that not only support scientific advancement but also contribute to the broader mission of improving human health.
Learning Objectives Recap
Define Key Terms: Gain a foundational understanding of essential terminology related to science and technology in the life sciences.
Describe the Design Process: Learn about the laboratory planning design process and the importance of stakeholder involvement in creating effective designs.
Discuss Repositioning Challenges: Explore the complexities and possibilities of transforming existing properties for life science purposes.
Design for Unknown Users: Understand the unique considerations in creating speculative laboratories that support rapid innovation.
With these insights, participants are equipped to contribute to the development of state-of-the-art laboratory spaces that meet the needs of a dynamic and crucial industry.
