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Integrating Diagnostics and Genetics Through Laboratory Design
Dynacare’s new precision medicine laboratory in Laval’s Biotech City consolidates diagnostic and genetics operations into a user-centered, highly integrated facility that enhances collaboration, streamlines workflows, maintains service continuity during transition, and advances efficient, patient-focused care
Where AI Meets Agriculture: Inside Syngenta’s Next-Gen Research Center
Syngenta’s BioSTaR facility is an AI-enabled agricultural bioscience research center designed to bring 300 scientists together in highly flexible, future-ready lab environments that integrate automation, digital infrastructure, and interdisciplinary collaboration to accelerate sustainable crop innovation
Smarter Labs: AI, Compliance, and Energy in Sync
independent data layers, continuous monitoring, and AI-driven analytics are transforming laboratory facilities by improving transparency, detecting operational drift, sustaining lifecycle performance, and enabling safer, more energy-efficient, and data-informed design decisions
Waste Streams in High-Throughput Screening: Architecting for Bulk Disposal
As high-throughput screening automation drastically accelerates experimental timelines, laboratory infrastructure must evolve to handle the unprecedented volume of solid and liquid waste generated, requiring integrated bulk waste removal systems.
Automated Sample Storage: The "Vending Machine" Wall
As laboratories shift toward high-throughput compound management, the integration of massive automated -80°C freezers requires rigorous structural engineering to accommodate extreme floor loading capacities and ceiling clearances.
Collaborative Robotics (Cobots): Safety & Spacing
As collaborative robots (cobots) break free from traditional safety cages to work directly alongside scientists, laboratory architects must design specialized spatial buffer zones and ergonomic workflows that ensure human-robot collaboration is both efficient and harmless.
Power & Data Density for Liquid Handlers: Architecting for High-Throughput Utilities
As laboratories scale up their automation, the electrical and network infrastructure must evolve to support fleets of power-hungry liquid handlers like Hamiltons and Tecans. Strategic utility planning prevents catastrophic tripped breakers, ensures uninterruptible workflows, and guarantees seamless data transmission.
The "Dark Lab": Designing for Zero-Occupancy Zones
As automated robotics replace human researchers on the lab floor, architects and engineers must radically rethink HVAC, fire suppression, and vibration control to build high-performance environments tailored exclusively for machines.
Designing for Automation: When Robots Move In
Robots don't need coffee breaks, but they do need reinforced floors and massive cooling. Designing the automated wing.
Designing for Automation: Lessons Learned from the Next Generation of Smart Laboratories
Automation is transforming labs across every sector, but the real success factor isn’t the robots themselves—it’s how thoughtfully facilities are designed to support workflows, infrastructure, data, sustainability, and people