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Designing Tomorrow’s Labs Today: The Role of AI and VDC in Modern Life Sciences Facilities
AI and Virtual Design and Construction (VDC) are transforming life sciences facilities by enabling smarter, more sustainable, and highly adaptable lab environments through data-driven design, streamlined construction, and real-time collaboration
Hatch.Bio Debuts Flexible Lab Space with Vivarium and Core Equipment Access
Hatch.Bio Labs was designed to provide turnkey, flexible, and fully equipped lab spaces integrated with vivarium and core facilities, incorporating client feedback and future-proofing strategies to minimize operational barriers and support the growth and diverse needs of biotech companies in a sustainable, efficient environment
Opportunities and Challenges Associated with Biotech Incubators
Biotech incubators help startups accelerate strategy, reduce costs, and manage risks through partnerships, while innovative lab design and tenant recruitment strategies shape their success—learn more about the key criteria for selecting the right incubator
CAMI to Transform Molecular and Immunological Research in Phoenix
The University of Arizona Health Sciences' new Center for Advanced Molecular and Immunological Therapies (CAMI) in Phoenix, AZ, is a state-of-the-art facility designed to revolutionize cell and gene therapy research, foster collaboration, and advance sustainability while cementing Phoenix's role as a leading hub for life sciences innovation
Designing for Discovery: Inside the Paul G. Allen Research Center's Collaborative Vision
The design of the Paul G. Allen Research Center in Seattle combines flexible, collaborative lab and office spaces to advance cancer research, prevention, and treatment through multidisciplinary partnerships and cutting-edge technologies
Lab Design for the Future: Balancing Flexibility, Sustainability, and Collaboration
Lab design experts discuss innovative approaches to creating adaptable, sustainable, and collaborative research environments, focusing on integrating cutting-edge technologies, interdisciplinary collaboration, and energy-efficient systems to address the evolving needs of academic and industry institutions
Design Like a J.E.D.I: Shaping the Future of Forensic Science
The transformative power of inclusion, leadership, and human-centric facility design advances diversity, innovation, and operational adaptability in forensic science through visionary leadership and the development of cutting-edge, adaptable laboratory facilities
Incorporating Fully Automated Test Programs in Lab Design and Renovation
Integrating automation into laboratory design requires a focus on lean principles, stakeholder engagement, flexibility for future growth, and continuous improvement to create efficient, safe, and adaptable spaces that support evolving technologies and workflows
Maximizing Lab Efficiency: Cost-Effective Strategies for Small-Scale Renovations
Lab Design News speaks with Taka Soga, principal at ZGF’s Seattle office, who highlights strategies for optimizing lab spaces through incremental upgrades, emphasizing holistic planning, modularity, energy efficiency, and prioritization of infrastructure improvements to minimize operational disruptions and maximize adaptability
Designing for the Future: The University of Arizona's Grand Challenges Research Building
The University of Arizona's Grand Challenges Research Building exemplifies forward-thinking design, integrating modular flexibility, interdisciplinary collaboration, advanced environmental controls, and sustainable practices to support cutting-edge scientific research and future adaptability