A practical perspective on validation in life science
Download the paper directly and explore where validation can reduce risk, improve consistency, and support faster, more robust project execution.
A spotlight on the value of validation and our perspective on how to make progress
For professionals working with compliance, validation, QA, and regulatory requirements, the challenge is rarely understanding that validation matters. The challenge is making it work effectively in increasingly complex project environments.
This paper shares our perspective on how to strengthen validation as a practical value contributor in life science projects – especially where automation is becoming more advanced, data integrity requirements are increasing, and teams need better alignment across engineering, quality, and compliance.
Whether you work in pharmaceuticals or medical devices, the paper offers a useful perspective on how to make validation more consistent, scalable, and fit for delivery demands.
Explore how to
strengthen qualification outcomes by combining engineering insight with regulatory precision
reduce rework and improve consistency across assets, systems, and sites
build a more standardized validation setup with modular and repeatable approaches
improve audit readiness while supporting scalability in complex environments
accelerate validation cycles through digital twins, virtual FAT/SAT, and real-time verification
position validation as an integrated contributor to quality, delivery, and patient safety
Words from the Authors
Kiren I. Christensen
Author and Senior Validation Engineer
This work matters because it’s not just about meeting requirements. It’s about confidence – confidence that every pill, every device, every product is safe and effective. For patients, it’s trust in their care. For companies, it’s the ability to bring life-changing solutions to market faster.
Claus Hellerøe
Author and Chief Specialist, QA & Project Delivery
We start with the patient. Bringing validation and qualification in early – and integrating with surrounding disciplines – ensures equipment and processes perform every time, protecting patient safety, securing reliable operations, meeting regulatory requirements, and creating a setup that works for production, the project, and the patient.
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