Simulation Engineer Hydraulics (m / f / x)

Liebherr Machines Bulle SA; Bulle; Vor Ort; CHF 80’000 - 120’000; Vollzeit

Zusammenfassung

Ein innovatives Unternehmen sucht einen erfahrenen Ingenieur für die Simulation von Antriebskomponenten. In dieser spannenden Rolle sind Sie verantwortlich für die Durchführung von 1D- und 3D-Simulationen, die Validierung von Modellen und die enge Zusammenarbeit mit Design- und Testteams. Das Unternehmen bietet flexible Arbeitszeiten, die Möglichkeit zur Remote-Arbeit und eine Vielzahl von Weiterbildungsmöglichkeiten. Wenn Sie eine Leidenschaft für Entwicklung und Design haben und in einem dynamischen Umfeld arbeiten möchten, ist dies die perfekte Gelegenheit für Sie.

Leistungen

Flexible Arbeitszeiten

Remote-Arbeitsoptionen

Betriebsrestaurant

Weiterbildungsmöglichkeiten

Qualifikationen

• Erfahrung in der Simulation von hydraulischen oder mechanischen Antriebskomponenten.
• Starker Fokus auf Entwicklung, Design und Testverfahren.

Aufgaben

• Simulation des statischen und dynamischen Verhaltens von axialen Kolbenmaschinen.
• Durchführung von FEM-Simulationen zur Analyse von Bauteilen.

Kenntnisse

Simulation von Antriebskomponenten

Analytische Fähigkeiten

Hydraulik- und Mechanikkenntnisse

Fließend in Deutsch und Englisch

Ausbildung

Ingenieurabschluss in Maschinenbau

Tools

Amesim Software

FEM Software

Jobbeschreibung

Liebherr BU-AxM (Business Unit-Axial Piston Machines) is part of an internationally successful family business. The BU-AxM develops and manufactures high-performance components in the fields of mechanical and hydraulic drive technology at its two sites in Ettlingen near Karlsruhe and Bulle (Canton of Fribourg). The hydraulic components have a wide range of electro-hydraulic-mechanical pump and motor controllers to represent the various functionalities of the machines. They are developed using the latest simulation methods and have a decisive influence on the operating behavior of the Liebherr Group's mobile and crawler excavators, mining machines, wheel loaders and other mobile machines. We are looking to strengthen our development team at the Bulle or Ettlingen site.

Your Responsibilities

• You are responsible for the simulation of the static and dynamic behavior of rotating groups and control systems of axial piston machines using 1D simulation (Amesim software, among others).
• You conduct 3D finite element method (FEM) simulations to analyze the strength, deformation and surface pressures of load-bearing components.
• You validate your simulation models using test results.
• You collaborate closely with design and hydraulic testing teams.

Your Profile

• You have successfully completed an engineering degree in Mechanical Engineering (Master of Science, Dipl.-Ing., PhD).
• You possess extensive expertise in hydraulic or mechanical drives and components.
• You have several years of experience in the simulation of drive components, preferably in hydrostatic drives or piston machines.
• You possess a strong affinity for development, design, and testing.
• You have highly developed analytical skills.
• You are fluent in both German and English.

Our Offer

Are you excited about taking on a responsible role in a dynamic and independent family-owned company? We offer you the freedom to bring your ideas to life, a secure workplace, and progressive, family-friendly employment conditions such as flexible working hours, remote work options, an on-site cafeteria, opportunities for further training, and numerous benefits. The workplace is located in Bulle, in the canton of Fribourg, or in Ettlingen near Karlsruhe. Let's plan your personal and professional development together.

Have we awoken your interest? Then we look forward to receiving your online application. If you have any questions, please contact Marin Benoit Marie CELEYRON.

The Company

Liebherr Machines Bulle SA is the centre of excellence for combustion engines (diesel and gas engines) and hydraulic components (axial piston pumps and motors). The company develops and produces various products, which find their use in building construction and civil engineering, mining, agriculture, decentralised energy, machine and plant engineering, as well as aerospace.