At Endress+Hauser, progress happens by working together. As the global leader in measurement instrumentation, our over 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.    
 

What is this role about?
With the power of a global company and the agility of a start-up, we offer you the ideal environment for innovation at our Freising location, right in the heart of the Munich metropolitan region. In this inspiring setting, we work together to develop cutting-edge solutions for process measurement technology. Bring your ideas to life and help us shape the future of measurement – using modern tools, within an innovative team, and with the goal of making industrial processes more sustainable worldwide.

 

Which tasks will you perform?

You drive our application-oriented research forward with your solid theoretical knowledge and experimental investigationsYou design new sensors and optimize them using state-of-the-art simulation toolsYou explore new applications for Coriolis mass flow, density, and viscosity measurementYou lead fundamental and pre-development projects as well as technology projects in collaboration with external partnersYou have the opportunity to qualify innovative measurement technologies with our customers in Germany and abroad, identifying new approaches and opportunities along the way

 

What do we expect from you?

You hold a Master's degree with a PhD or relevant professional experience in Computational Engineering, Mechanical Engineering, Mechatronics, or a comparable fieldYou bring excellent skills in structural mechanics simulations using FEM tools such as COMSOL, and ideally experience with 3D CAD software like Creo ParametricYou are familiar with the numerical and experimental analysis of modes and spectra of vibroacoustic systems, as well as conducting fatigue analysesYou have good knowledge in data analysis, e.g., using Python or MATLABYou are a self-reliant, responsible personality with creativity and a drive to make an impact – and you enjoy working in a teamYou communicate fluently in English, both written and spoken; good German skills are a plus

 

What can you expect from us?

Flexible working hours with no core hoursA dynamic and innovative work environment embracing digital transformationOpportunities for professional development and career planningA family-friendly corporate culture focused on work-life balanceCompany pension plan and health management initiatives

 

How to apply:
To apply, please upload your documents via our career portal. Unfortunately, due to data protection reasons, we cannot consider applications submitted by email.

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