At Endress+Hauser, progress happens by working together. As the global leader in measurement instrumentation, our ~17.000 employees shape the future in the field of process automation. Whether developing and realizing new technology as a team, collaborating to build instrumentation, or strengthening vital relationships with countless global industries, we work to create trusted relationships that help everyone thrive. As a family-owned company, we look beyond short-term moves and work to create a vision that is forward-thinking for our people, our clients, and the world at large.   

 

We are looking for an intern in the simulation of flow-induced fluctuations in an electromagnetic flowmeter (m/f/d) to join our global team and contribute to the further development of our measurement technologies with innovative simulation techniques. The duration of the internship is 9-12 months with a workload of 80 - 100%.

 

What is the role about?
Do you want to dive deep into the world of computational fluid dynamics? Do you want to explore how turbulence affects electromagnetic flow measurements? Are you ready to apply your knowledge in computational fluid dynamics (CFD) in a real-world setting? 

 

Then this internship is for you! Electromagnetic flowmeters measure the flow velocity in a pipe and are therefore sensitive to flow profiles and turbulence. The aim of this project is to better understand and characterize the influence of turbulence on measurement fluctuations. This is done using numerical simulations with large-eddy and detached-eddy models that resolve turbulent time and length scales, and comparing them with experimental data.

 

Which tasks will you perform? 
You will:

create a computational fluid dynamics (CFD) model of an electromagnetic flowmeter in StarCCM+. test and compare different turbulence models. validate the simulation results with experimental data. analyze the data obtained in terms of their temporal and spectral structure. document results and discuss them with our experts.

 

What do we expect from you?
You:

work carefully and independently. are communicative, open to new ideas and flexible. are highly motivated to learn and a quick study. are studying physics, mathematics or mechanical engineering (at least in the 5th semester, a master's degree is an advantage). ideally have a specialization in fluid dynamics. have good written and spoken German and English skills. have experience with programming (Python, Java) and with CFD and FEM simulations.

 

What can you expect from us?

A friendly and dedicated family business with a sustainable vision. Insights into the application of state-of-the-art simulation techniques for industrial measurement systems. An open and cooperative working environment with plenty of creative freedom. Flexible working hours so that your studies are not neglected. A fair remuneration for your commitment. The chance to gain valuable practical experience and expand your network.

 

How do you apply?
To apply we kindly ask you to upload your documents on our career page. Applications sent to us by E-Mail cannot unfortunately be considered due to Data Privacy considerations.

 

Agencies, HR service providers, or similar entities are kindly requested to refrain from unsolicited submission of profiles and inquiries regarding potential collaboration. Currently, we do not engage with external service providers for this role. Any unsolicited applications of this kind will be disregarded and deleted without further consideration. We appreciate your understanding.