About

Whilst innovation is the key driver, in any industry that focus always starts with asking questions.
I want to understand what is actually happening inside any process:
How air and gases move, where pressure is lost, how hot or cool air is transferred, why
particles separate or fail to separate and how a design of equipment influences results.

Over the years, those questions brought me increasingly close to engineers and
technical specialists. That is also how I entered the world of CFD. I discovered
that Computational Fluid Dynamics could make visible many of the phenomena I had
spent decades discussing and observing in real installations. Flow, temperature,
pressure, combustion and particle behaviour could suddenly be analysed before
equipment was actually built or modified.

Parametric engineering was the logical next step. Once CFD shows where and why
a design can be improved, parametric modelling makes it possible to translate
that knowledge efficiently into adaptable engineering — creating variants for
different dimensions, capacities and operating conditions without starting
from scratch.

For me, this does not replace forty years of industrial experience.

It extends it.

Business development identifies the opportunity and real customer needs.
CFD helps us understand the physics behind it. Parametric engineering helps
turn that understanding into practical designs.

So, this is what I do today.

Over time, experience also became a network connecting companies, engineers
and specialist knowledge across the globe. PJWK brings those elements together:
in Projects for Joint Work and Knowledge, hence PJWK.

My motivation remains unchanged: