Intern for the Development of a Gas Model for a Thermal Flow Meter (m/f/d)

At Endress+Hauser, progress happens through collaboration. As the world's leading provider of measuring instruments, our more than 17,000 employees shape the future in the field of process automation. Whether in the innovation and implementation of new technologies in the team, collaboration in the development of new devices, or strengthening important relationships with various global industries: Our work is based on building trusting relationships that help everyone succeed. As a family-run company, we look beyond short-term goals and work to create a future-oriented vision for our employees, our customers, and the world in general.

We are looking for an intern for the topic "Development of a Gas Model for a Thermal Flow Meter" for 9-12 months to complement our team at Endress+Hauser Flowtec AG and contribute to the advancement of measurement technology.

What is the position about?

Are you interested in optimizing the measurement technology of a thermal measuring device? Do you enjoy performing numerical simulations using High Performance Computing (HPC) and tackling real problems with innovative solutions? Would you like to contribute to the further development of thermal flow meters?

In this role, you will actively simulate various substances and flow disturbances in flow meters, evaluate corresponding measurements, and explore ways to optimize that play a role worldwide in various industries.

What tasks will you take on?

You will:

• measure and numerically simulate the effects of typical disturbances on ultrasonic flow meters.
• develop methods to optimize disturbance effects.
• improve and validate the existing simulation workflow.
• work closely with engineers from various fields.
• implement your results into practical improvements for measurement technology.

What do we expect from you?

You:

• are studying mechanical engineering or process engineering towards the end of your bachelor's or in your master's degree.
• have knowledge in fluid mechanics, Computational Fluid Dynamics (CFD), numerical simulation: e.g., STAR-CCM+, COMSOL, ANSYS, and signal processing.
• are fluent in German and English.
• have software skills in Linux, programming in Python and Java.
• are responsible and show a high willingness to learn.

What can you expect from us?

• We are a family business with great commitment and a sustainable vision.
• We promote lifelong learning through diverse training and further education opportunities, internal knowledge transfer, and e-learning.
• You will work in an international environment with plenty of room for personal responsibility.
• We live an open and supportive corporate culture with flat hierarchies.
• You benefit from flexible working time models and modern infrastructure.

If you are interested in becoming part of our team, we look forward to your application!

How do you apply?
To apply, please upload your documents on our career page. Applications sent to us by email cannot be considered for data protection reasons.  

Agencies, personnel service providers, or similar companies are kindly asked to refrain from unsolicited submission of profiles and inquiries about possible cooperation. Currently, we are not working with external service providers for this position. All unsolicited applications from service providers will not be considered and will be deleted without further review. We thank you for your understanding.