Operators of tomorrow

Where my involvement comes from

If you work with process models for years, you start to look at installations differently.

You don't just see tanks, pumps, pipes, control valves or measured values. You see connections. You see cause and effect. You see how one small change later in the process can have a big impact.

That insight is valuable.

For engineers.
For operators.
For teachers.
For businesses.
And especially for students who are still learning the profession.

In practice, I see how powerful it is when someone not only knows what is happening, but also understands why it is happening.

That difference goes to the heart of good craftsmanship.

The gap between school and practice

A lot of knowledge is transferred in process technical education. Students learn about physics, chemistry, mathematics, process control, safety, and installations.

But practice remains unruly.

Not everything that is important can be shown in a real factory. You can't evoke a disturbance to learn from it. You can't deliberately make an installation unstable. You don't want to take any risks with safety, quality or production.

Nevertheless, an operator must be able to act later when a process deviates.

That's where the hole is that keeps me busy.

How do we ensure that someone can practice complex situations before he or she takes responsibility for them in practice?

Why simulation is so important in this

Simulation gives students and operators the space to practice.

Not just by looking, but by doing. By making adjustments. By seeing what happens. By making mistakes without consequences for people, installation or production.

That is important.

Because process insight is not only created by explanation. Process insight arises when you see how a process reacts.

What happens when a temperature rises?
What does a changing flow do to the rest of the installation?
Why is a system delayed?
Which choice will bring the process back to a stable situation?
What happens if you intervene too late?

You can safely investigate these kinds of questions with simulation.

Why I think this is important in addition to our daily Mobatec work

Mobatec works on complex issues for companies on a daily basis. We build models, solve industry challenges and help organizations make better decisions based on process knowledge.

That remains our work.

But I also believe that we can bring something back to education and to the people who will soon make a difference in the workplace.

The operator of tomorrow works in an environment that is becoming increasingly complex. Processes are becoming more digital, installations are being further automated and decisions require more and more insight.

Then it is not enough to just learn what action you have to perform.

You need to understand what your action means for the overall process.

I want to contribute to that with Mobatec Modeller.

From complex models to understandable education

In industry, process models can be quite complex. That makes sense, because real processes are too.

But for education, technology shouldn't make it more complicated. It should help to understand better.

That is why it is important to me that Mobatec Modeller makes complex processes accessible.

Not by making the content simpler than it is.

But by letting students and operators experience step by step how a process works.

A good model shows what would otherwise remain hidden.

And when you do that well, something beautiful is created: students start to see connections. They ask better questions. They understand why a process is different. And they get a better grip on the choices they have to make later in practice.

The operator of tomorrow needs process insight

The operator of tomorrow is not just someone who operates an installation.

It is someone who watches, thinks along and understands what is happening. Someone who monitors safety and quality. Someone who recognizes abnormalities. Someone who can communicate with colleagues, practice supervisors, engineers and managers.

This requires process insight.

And you can train process insight.

With good guidance.
With practical experience.
With clear explanations.
And with realistic simulations that show how processes behave.

My personal conviction

I believe that you make people stronger when you make complex things easier to understand.

This applies in the industry.
That applies in engineering.
And that certainly applies in education.

If a student or operator suddenly sees what is happening in a process, something changes. Then theory no longer becomes separate knowledge. Then it becomes something you can use.

I think that moment is important.

Because that's where craftsmanship starts.

Not in memorizing a rule, but in understanding the process behind that rule.

What I hope Mobatec Modeller makes possible

My hope is that Mobatec Modeller will help educators and companies to make processes more negotiable.

That teachers can explain complex teaching material more easily.
That students can practice more safely with situations that they do not easily experience in practice.
That companies can better prepare operators for real process environments.
That practical supervisors can have more concrete conversations about choices, causes and consequences.

And above all: that more operators learn to look at complex processes with confidence.

Not only: what do I see?
But also: what does this mean?

Mobatec does not train operators. We help trainers train better.

Mobatec is not a school and not a training institute.

We do not train operators ourselves.

What we do do, however, is make our knowledge of process models available for education, training and operator development.

With Mobatec Modeller, we give trainers, ROCs, companies and practical supervisors a digital environment in which complex process technology becomes visible, practicable and negotiable.

In this way, in addition to our daily work, we contribute to something that is important to me personally: a better understanding of processes among the people who will soon be working with them on a daily basis.