Certified to Perform: Aligning Design, Build and Validation from Day One

Certification is not an event — it’s a process. At LTS, we plan for inspection from day one, aligning infrastructure with regulatory readiness.

Whether designing new facilities or upgrading existing infrastructure, LTS brings certification logic into every step of the design-build process.

We don’t leave compliance to chance or treat validation as a handover task.

Instead, we structure every element — from layouts and SOPs to HVAC commissioning — around real-world audit pathways.

Our Fit-for-Purpose Validation and Certification (FFPVC) methodology integrates DQ, IQ, OQ, and performance documentation to ensure you’re inspection-ready the first time.

Because in highly regulated environments, confidence comes from control — not from scrambling to prove it after the fact.

Don’t build to spec. Build to certify.Don’t build to spec. Build to certify.

Explore how LTS integrates validation logic – from brief to build to approval.

Certified to Perform: Aligning Design, Build and Validation from Day One

Why inspection shouldn’t be a hurdle — but a natural step in a well-structured process.

The Challenge:
When Certification Becomes
an Afterthought

Many laboratories approach certification as a final step — a hurdle to clear once construction is done and systems are live.

This is where costly problems emerge:

Layouts that don’t align with SOPs
Equipment that can’t be validated
Documentation that doesn’t match as-built realities
Delays in sign-off due to missed DQ/IQ/OQ sequences

In regulated environments, certification can’t be bolted on.

It must be built in.

The LTS Approach:
Plan to Certify, Not Just to Build

At LTS, we integrate certification thinking from the moment a facility is conceived.

Our methodology — Fit-for-Purpose Validation and Certification (FFPVC) — ensures that infrastructure, systems, and processes are aligned with regulatory logic and real-world audit pathways.

This isn’t just about checklists or compliance forms. It’s about embedding quality, traceability, and accountability into the physical and procedural structure of the lab.

Validation Strategy:
Understanding DQ / IQ / OQ —
and Why They Matter

To ensure full readiness, we align with the industry’s three core validation stages:

Design Qualification (DQ)
Ensuring the proposed facility design meets user requirements and intended use before build begins.
This includes zoning logic, material flow, air handling, and layout clarity.
Installation Qualification (IQ)
Verifying that all systems, components, and utilities are installed according to specification.
Every door, airlock, control panel, and pressure sensor is accounted for.
Operational Qualification (OQ)
Testing that systems operate within defined parameters — including airflow rates, pressure differentials, temperature control, and system response.

By embedding these qualifications into our planning, we reduce downstream surprises and eliminate redundant retrofits.