Why Large Capital Projects Need a Different Operating Model
In large pharmaceutical capital projects, speed is always a priority. But one part of the process still tends to slow everything down: commissioning, qualification and validation.
The issue is not expertise. It is the way CQV is still often organised. On complex projects, paper-based workflows, sequential reviews, manual follow-up and fragmented documentation create friction that becomes harder to absorb as timelines tighten and project scope expands.
This is where digital CQV changes the picture.
Its value goes far beyond replacing paper with screens. Digital workflows make it easier to manage review cycles, track progress, maintain traceability, handle deviations and improve visibility across the project. Teams spend less time chasing documents and more time moving the work forward.
That visibility matters. On large projects, leaders need to know what is complete, what is delayed, what remains open and where risks are building. Without that, validation can quickly become part of the critical path. Digital systems support earlier intervention and better decision-making.
There is also a longer-term benefit. When validation records and evidence are structured digitally from the start, change control, requalification and future updates become easier to manage. In that sense, digital CQV is not only a project efficiency topic. It is also a life cycle decision.
Of course, tools alone are not enough. Digital CQV delivers real value when it is part of a coherent operating model, with the right workflows, the right structure and the right alignment between teams and partners.
Large capital projects leave very little room for avoidable drag. As timelines tighten and complexity grows, digital CQV is becoming a more strategic part of project delivery for teams that want stronger control, better visibility and more consistent execution at scale.
For those who want to explore the topic further, the full article is available through Pharmaceutical Engineering on the ISPE website.
