Our method
How we run your project.
Most GMP and laboratory projects fail for a single, avoidable reason: validation is treated as a final-stage event instead of the organizing principle. We run every engagement the other way around — validation-first, stage-gated, and anchored to the regulations you’re actually held to. This is how we deliver facilities, labs, and systems that pass.
Why most projects fail
The default way a facility, lab, or system gets built is back-to-front: design and build first, validate last. By the time qualification begins, the requirements were never written down, quality wasn’t in the room, and the system can’t prove it was built to anything. Qualification turns into archaeology — and an inspection turns into exposure.
The signature of a project run this way is unmistakable:
- Binders that never reached the floor. Dozens of SOPs and protocols written after the build to paper over the gap — “documented” but not “demonstrable.” An auditor asks “show me the requirement this was built to,” and there’s nothing to point at.
- Rework from late quality involvement. When QA is a final-stage gatekeeper instead of a project stakeholder, problems surface at qualification — the most expensive possible moment to find them.
- Deviations from premature testing. Qualification started on systems that weren’t ready — incomplete construction, uncalibrated instruments, missing turnover — generating a pile of avoidable deviations.
- Expensive late change. Requirements still fluid at construction means every correction is now a wall to re-cut, not a line to re-draw.
The root cause underneath all of it is the same: the project never thought from a validation-first perspective. Validation was a thing you did at the end, not the thread that organized the whole build. That single misordering is the most common, most expensive failure mode in regulated project delivery — and it is entirely preventable.
The method: stage-gated, with validation running through it
Every engagement moves through defined phases. Each phase ends in a gate — with explicit inputs, acceptance criteria, a named owner, and a documented go/no-go decision — and funding is released stage by stage, not committed wholesale before the project is defined. Either party can stop at a gate. Nothing advances on momentum alone.
Business case & regulatory basis
Every project starts from an approved business case and a documented regulatory basis — which standards and commitments actually govern this build. No design or spend proceeds on a verbal rationale.
EU GMP Ch. 1 · 21 CFR 211.100
Gate: inputs · acceptance · go/no-go
Front-end definition
Requirements (URS), concept, risk, and the validation strategy are defined before detailed design. Decisions deferred past this point get exponentially more expensive to fix.
21 CFR 211.42 · EU GMP Annex 15
Gate: inputs · acceptance · go/no-go
Design
Design is staged with formal design reviews feeding each gate — never one undifferentiated push to drawings. Quality and validation are in the room throughout.
21 CFR 211.42/.63 · Annex 15 (DQ)
Gate: inputs · acceptance · go/no-go
Procure & build
Vendors are qualified before their documentation is leveraged. Construction is managed for GMP readiness — cleanliness, turnover packages, and system readiness maintained through to handover.
EU GMP Ch. 7 · 21 CFR 211.42/.84
Gate: inputs · acceptance · go/no-go
Commission & qualify
An integrated commissioning-and-qualification strategy leverages factory and site acceptance testing to avoid redundant on-site work. A readiness gate stops testing from starting on unready systems.
EU GMP Annex 15 · 21 CFR 211.63/.68
Gate: inputs · acceptance · go/no-go
Close-out & handover
A formal handover transfers the validated system to operations — as-builts, maintenance and calibration enrolment, SOPs, training — with lessons learned captured. The project doesn't just stop.
EU GMP Annex 15 · 21 CFR 211.67 · ICH Q10
Gate: inputs · acceptance · go/no-go
Running through all six phases: integrated risk management (a live register reviewed at every gate), embedded quality (QA is a project stakeholder from day one), and — most importantly — the validation lifecycle. None of these are bolted on at the end. They are the spine of the project.
Validation-first, in practice
“Validation-first” isn’t a slogan — it’s a set of things we do at the start of a project that most teams do at the end, if at all:
A Validation Master Plan from day one
The validation strategy is scoped at initiation, not generated retrospectively. It defines what will be qualified, how, and against what — so the build has a target and the documentation has a home.
Critical attributes drive the scope
We identify the Critical Quality Attributes and Critical Process Parameters that actually affect product quality and patient safety, and scope verification to them. Testing is targeted at what matters — not applied uniformly by habit or template.
An unbroken traceability thread
User requirement → design → test → acceptance, traceable end to end. When an auditor asks ‘show me the requirement this was built to,’ there is a documented line from the need to the evidence.
Build to be qualified
Because validation is designed in, the facility or system is qualifiable as built — not remediated afterward. That closes the ‘documents written, never implemented’ gap before it can open.
Every recommendation is audit-defensible
Our method is anchored to the binding requirements you are actually held to — 21 CFR Part 211, EU GMP (EudraLex Volume 4), EU GMP Annex 15, and ICH Q9 / Q10 — not to opinion. Every finding and every recommendation we make traces to a specific requirement and to the method that satisfies it.
Most consultants cite the regulation and hand-wave the “how.” We give you both, consistently, every time: the requirement you must meet, and the defined practice that meets it. That consistency is the product — it’s what makes a deliverable survive an inspector reading it.
The requirement
What you’re held to — the binding regulation.
The method
The defined practice that satisfies it.
The recommendation
Concrete, traceable, and defensible.
What this means for you
- ·No wholesale commitment. Phased and decision-gated — a small scoped first stage, with a mutual exit before you commit to the build.
- ·No surprise rework. Validation, quality, and risk are designed in, so problems surface on the drawing — not at qualification.
- ·Deliverables that pass. Audit-defensible documentation with a traceable line from requirement to evidence.
- ·Build once. Built to be qualified the first time — not documented after the fact and remediated under deadline.
It’s the same discipline whether the project is a greenfield facility, a lab stand-up, an equipment qualification, or a quality-system build. The first step is almost always a scoped gap assessment — an honest read of where you are against where you need to be.
Start the right way.
Tell us about the project — a build, an expansion, a lab, a system, or a system that’s already in trouble. We’ll tell you honestly how we’d run it and where to begin.