The Challenge: When Certification Becomes an Afterthought
Treating certification as a final step, after construction and systems are live, can expose costly problems: layouts that do not align with SOPs, equipment that cannot be validated, documentation that does not match as-built conditions, and delays from missed DQ/IQ/OQ sequences. Certification must be built in.
The LTS Approach: Plan to Certify, Not Just to Build
LTS integrates certification thinking from the moment a facility is conceived. Its Fit-for-Purpose Validation and Certification (FFPVC) methodology aligns infrastructure, systems, and processes with regulatory logic and real-world audit pathways, embedding quality, traceability, and accountability into the physical and procedural structure of the laboratory.
Validation Strategy: Understanding DQ / IQ / OQ
The article describes three core validation stages:
- Design Qualification (DQ): confirm the proposed facility design meets user requirements and intended use before construction, including zoning, material flow, air handling, and layout.
- Installation Qualification (IQ): verify systems, components, and utilities are installed according to specification.
- Operational Qualification (OQ): test that systems operate within defined parameters, including airflow, pressure differentials, temperature control, and system response.
Future Focus: Confidence Beyond Certification Day
Passing inspection is the beginning. The article highlights change-control systems, contingency planning embedded in infrastructure, and teams that understand their compliance responsibilities. Laboratories need to remain ready as well as become ready.