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Designing Flexible Laboratories with Overhead Power Distribution
Overhead plug-in busway systems enable more flexible, scalable laboratory design by replacing fixed conduit-based wiring with repositionable, continuous power access that reduces renovation disruption, improves efficiency, and supports evolving lab layouts over time
What It Takes to Plan a Modern Lab Renovation
Complex laboratory renovations require careful planning, phased budgeting, flexible infrastructure, and proactive strategies to address code conflicts and unforeseen conditions, enabling facilities to adapt to evolving research needs and emerging technologies
Project Profile: Roche’s Institute of Human Biology, Building 92
Roche’s new Institute of Human Biology Building 92 in Basel is a highly flexible research facility designed to accelerate drug discovery by enabling advanced human-relevant model systems—such as organoids, organ-on-chip technologies, and computational biology—within an integrated, collaborative, and future-ready laboratory environment
How Documentation Fragmentation Threatens Lab Planning, Operations, and Compliance
Laboratory facilities often lose critical design, commissioning, and operational documentation over time due to fragmented, project-based recordkeeping, highlighting the need for a persistent, asset-linked identity system to ensure long-term continuity, compliance, and access to complete facility history
Optimizing Existing Labs for New Equipment and Workflows
As life sciences research rapidly evolves, existing laboratories require frequent, often urgent renovations, making close collaboration between designers, engineers, trade partners, and clients essential to efficiently and cost-effectively reconfigure lab spaces to meet changing scientific needs
Modernizing a Science Hub to Enhance Lab Safety and Research Infrastructure
NJIT is investing nearly $20 million to modernize Tiernan Hall’s mechanical, life safety, and laboratory systems, upgrading aging infrastructure to meet current codes, support advanced research, and improve energy efficiency while preserving the building’s legacy
The Importance of Early Planning for Laboratory Equipment and Instrumentation
Laboratory expansions and relocations succeed only when facility planning fully accounts for the interdependence of intellectual property, people, and especially instrumentation, since overlooked equipment requirements can compromise workflows, data quality, and overall scientific productivity
Peer Review as Risk Management in Lab Renovations
Peer review serves as a structured risk management tool in laboratory renovations—especially in aging buildings—by objectively evaluating infrastructure, safety, and design decisions early, helping teams identify hidden gaps, prevent costly changes, maintain alignment with owner goals, and ensure flexible, high-performing facilities
Planning for Sensitivity: Temperature, Vibration, and Power in Legacy Labs
Inside a 75-year-old, fully occupied academic building, McGill University is modernizing photonics labs while tackling challenges related to vibration, environmental control, and legacy infrastructure