Working at Freudenberg: “We will wow your world!” This is our promise. As a global technology group, we not only make the world cleaner, healthier and more comfortable, but also offer our 52,000 employees a networked and diverse environment where everyone can thrive individually. Be surprised and experience your own wow moments.
EagleBurgmann is a leading international specialist in industrial sealing technology. We combine innovative technologies, digital solutions and our passion to create sophisticated and reliable sealing systems. Our products help make entire industries safer and more sustainable. 5,800 employees create added value for our customers around the world with their enthusiasm and competence. EagleBurgmann is a joint venture between the German Freudenberg Group and the Japanese Eagle Industry Group.

QUALIFICATIONS

• Enrolled student (f/m/d) in mechanical engineering, process engineering, food technology or a comparable course of study
• Basic knowledge of statistical experimental design and execution
• Basic knowledge of 3D CAD, preferably Solid Edge
• Careful, structured and independent way of working
• High willingness to learn and work
• Good knowledge of written and spoken German and English
  The Freudenberg Group is an equal opportunity employer that is committed to diversity and inclusion. Employment opportunities are available to all applicants and associates without regard to race, color, religion, creed, gender (including pregnancy, childbirth, breastfeeding, or related medical conditions), gender identity or expression, national origin, ancestry, age, mental or physical disability, genetic information, marital status, familial status, sexual orientation, protected military or veteran status, or any other characteristic protected by applicable law.

• Topic description:
• The design of production systems and mechanical seals from a hygienic point of view is becoming increasingly important in the food and pharmaceutical industries. Hygienic design gives microorganisms such as bacteria or fungi little opportunity to settle and multiply. It also enables the systems to be cleaned quickly and thoroughly. A test rig and a test methodology for the defined cleaning of components were developed and constructed as part of previous theses.
• In this thesis / internship, the test bench and the test methodology are to be further developed and optimised. Furthermore, different components are to be analysed for their cleanability. The aim is to derive constructive improvements on the basis of reproducible test results.
• The work includes the following points:
• Research on the state of the art
• Further development of the existing test bench and testing methodology
• Planning, execution, and evaluation of experiments
• Derivation of constructive improvement proposals
• Construction of test devices