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The Fiona Systems Engineering Services

Let us join your research & development project to create novel testing platforms in the field of sprays & combustion, heat & mass transfer or electrochemistry.

Programmierkonsole

Integrated Automation for Research

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Individual
Teststand Development

Advanced Measurment Techniques

Pushing the limits

As research becomes increasingly complex, new or updated test benches and experimental setups are required to bring innovative ideas to life. Let us join your team and free your mind to focus on the results, while we handle your experimental needs. Together, let's push the boundaries further!

We are scientists

We speak your language because we've been in your shoes. Hands-on expertise can't be conveyed through papers alone. By integrating the latest measurement technology into your experiments, we ensure your research stands out and makes a significant impact. 

Digital Transformation

Connecting laboratory equipment is the key to successful script-based operation and automation of test procedures. Your data gets more comprehensive, structured and ready to use for AI-algorithms.

You are not sure, whether we suit your needs? Talk to us, or check out the projects we already worked on down below.​

Things we do

Sprays and Combustion

The latest trends in fuel spray research

Engines are indispensable in many applications. New fuels such as e-fuels, hydrogen, and ammonia are driving research in this field.

Electrochemistry

How to speed up MEA characterization

MEA characterization is very time-consuming. One reason is the conditioning of the test stand. Specifically, the regulation of a certain gas humidity takes a very long time. Together with FAU, we are working on new solutions.

Heat and Mass Transfer

Direct heat flux measurements using ALTP

Cooling plays a crucial role in almost all technical fields, but quantitatively measuring heat flux is often a challenge. Learn how innovative cooling systems are being investigated using ALTP measurement technology.

Measurement Techniques

Making the invisible visible

Schlieren images allow you to see the faintest gradients in optical density, visualizing mixing effects in gases, shockwaves, and temperatures.

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