QUALITY MANAGEMENT

There I was, suffocating under a mountain of audit documents.

For the tenth time, I was cross-referencing process steps in the Control Plan against the PFMEA, hunting down special characteristics and checking calibration reports. Let’s be honest: preparing for an audit is about as thrilling as doing your annual tax return. And I usually only survive the latter with a very large glass of wine.

As I stared at my screen, my eyes caught the header of my own blog series: Quality Management for Fun. How on earth had I come up with that title?

We love the product, right? But then we could just as well have become product engineers.

I called my counterpart Mikel Insunza, Quality Engineer at Bugatti Rimac, and asked him: ‘Why is Quality Management fun?’

He was surprised at first. But his answer reminded me of exactly what I love about the job.

Product designers develop the product. Quality gets to follow it from design intent to something that can actually be built, delivered and trusted. As a Quality Manager, you watch the product evolve, see it improve and actively drive that development.

We started talking about our first projects in Quality Management. He told me about one of his first Quality projects, where identifying and closing a process gap on the shop floor made him realise just how much money good Quality Management can save.

It reminded me of how much I enjoyed the work—and how much impact I had—as the Quality Project Lead during a hypercar development programme. Yes, inspecting some of the first prototype cars was pretty special. But so was seeing how a structured failure management system could help us resolve issues and keep the programme moving.

As we sat there talking, something struck us: Quality Management is power.

It has an enormous influence on a business—often without anyone noticing it.

Let me introduce you to the invisible superpowers of Quality Management:

The Profit Shield

Quality can help save money by designing efficient processes from the start.

Standardised, well-defined processes reduce scrap, waiting time and unnecessary variation. Good risk analysis also helps us find problems while they are still cheap to fix—by showing us where to look more closely and what to test early.

Because finding a weakness during a component test is one thing. Finding it after tooling or validation can mean repeated tests, modified tools, new materials or even a new supplier.

The earlier we identify the risk, the cheaper it usually is to change course.

The Intelligence Loop

Every project generates knowledge—often through problems we would rather not repeat.

Quality Management provides a systematic approach to Lessons Learned: capturing what went wrong, why it happened and what should be done differently next time, then feeding that knowledge back into standards, FMEAs and future designs.

So if a material combination corrodes or a fastening concept fails, the next project starts with that knowledge already built in—even if the people who learnt the lesson have moved on.

The next project doesn’t start from zero. It starts from experience.

The Silo Breaker

Quality brings departments together around one common goal: making sure requirements actually make it through the value chain.

A customer requirement may start as a special characteristic, but Quality helps carry it through the organisation—from drawings and specifications in Engineering to supplier selection with Purchasing, testing and validation, supplier quality and finally production controls.

That means continuously connecting the customer, Engineering, Purchasing, suppliers and Production—and making sure requirements, problems and decisions don’t disappear somewhere between them.

Quality connects the dots across the value chain.

The Legal Armour

Quality is not only about preventing failures. It is also about being able to trace what happened if one occurs.

Risk analyses document what could go wrong and which controls were put in place. Production records then create traceability: which part was produced, when and under which conditions—and whether critical parameters met the defined specification.

If torque is critical, for example, storing the actual value can provide evidence that a specific screw was tightened according to the defined process. If an issue later appears in the field, we can trace what happened instead of relying on assumptions.

That combination of prevention, documentation and traceability becomes particularly important when a serious failure has to be investigated.

The Secret Service

Some of the best Quality Management work will never be seen.

The supplier gap closed before it affected production.
The risk identified before it became an issue.
The control introduced before a defective part reached the customer.

We identify risks, close gaps and build safeguards—often without anyone ever knowing what could have gone wrong.

Because when we do our job really well, sometimes the result is simply… nothing happened.

And that is the tragic reality of our job: Nobody throws a party for a crisis that never happened.

So here is a toast to all the Quality Managers — aka the secret service agents quietly holding the fort.

You deserve an absolute rager of a party for asking — for the eleventh time today: ‘Where is this defined? Is there a process for it?’