Tool Comparison · 8 min read
Let me be upfront: this post is written by someone who spent years building project management tools specifically because Excel wasn’t cutting it. So read it with that context in mind. That said, I’ll try to be fair — because Excel is a genuinely remarkable piece of software.
It’s flexible, it’s ubiquitous, almost every engineer and PM knows how to use it, and the barrier to getting started is zero. These are real advantages. But there are specific failure modes I’ve seen repeatedly in regulated manufacturing environments that compound in ways not obvious until something goes wrong.
If your “projects” are genuinely that simple, Excel is probably fine. The problems begin when complexity grows.
The moment more than one person needs to update a project tracker, Excel starts to fail. You end up with Project_v3_FINAL_JohnEdits_REVIEWED.xlsx in a shared folder. In a regulated environment, this is not just inefficient — it’s a documentation risk.
Running five concurrent NPI projects means five separate Excel files, each maintained by different project managers. Getting a portfolio-level view requires manually aggregating data across all five — a task that takes half a day and produces a report that’s already out of date.
Excel doesn’t enforce phase gates. There’s nothing preventing someone from copying data to the next tab without completing the gate criteria. In medical device or pharmaceutical environments where phase gate records are reviewed during audits, this creates significant compliance exposure.
Real scenario: An engineering manager told me his team had passed three phase gates on an NPI project — but when an auditor asked to see the signed gate approval records, they didn’t exist. The project had “passed” gates informally, without documented sign-off. That’s an Excel-process problem, not a people problem.
Most Excel-based risk registers are updated once at project kick-off and rarely revisited. There’s no mechanism to link a risk to a mitigation action, assign ownership, or escalate when probability or impact changes. The risk register becomes a compliance artifact rather than a live management tool.
Ask any project manager in a manufacturing PMO how long it takes to prepare a weekly status report. The typical answer is 2–4 hours. This time is pure overhead — it doesn’t deliver the project; it just describes it.
When a change is made to an Excel project plan, there’s no record of who made it, when, and why. In regulated industries, this is a fundamental problem. A PM platform with a full activity log and change history is qualitatively different from a spreadsheet.
Not all PM platforms are the same. Most general-purpose tools (Asana, Monday.com, Jira) weren’t designed for regulated manufacturing. Prioritise:
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