Junior Materials Engineer/Ceramic Expert(m/w/x)

Description

In this role, you will dive into the world of high-temperature ceramics, conducting research and developing models while collaborating with a dynamic team. Your day-to-day activities will involve hands-on experiments, innovative problem-solving, and contributing to the advancement of ceramic manufacturing processes.

Requirements

• •Master’s or PhD in Mechanical Engineering, Metallurgical and Materials Engineering, Ceramic Engineering, Chemical Engineering, Physics, (Electro)Chemistry, or a related field
• •In-depth understanding of ceramic materials, preferably high-temperature oxide ceramics
• •Familiarity with mechanical, thermal, and microstructural properties of ceramic materials
• •Strong research and analytical skills
• •Excellent oral and written communication skills in English
• •Ability to work independently and take initiative
• •Experience with material micro-structure characterization techniques, such as X-Ray Diffraction (XRD), Scanning Electron Microscopy (SEM), and Energy Dispersive X-ray Spectroscopy (EDS)
• •Hands-on experience in ceramic material manufacturing and testing
• •Proven track record in high-temperature ceramic research
• •Encouragement to apply even if experience doesn't precisely match
• •Legal right to work in the EU

Tasks

• •Conduct research on oxide ceramics for high-temperature heating applications
• •Analyze failure mechanisms such as creep and diffusion
• •Develop models to estimate service lifetime of high-temperature ceramic materials
• •Support design, testing, and manufacturing activities with material insights
• •Assist in building an R&D manufacturing process for ceramic components
• •Collaborate with external project partners and suppliers
• •Conduct experiments for material micro-structure characterization
• •Outsource tests when appropriate
• •Support concept development with creativity and technical expertise
• •Explore innovative approaches and engage in team discussions
• •Familiarize yourself with team priorities and workflows
• •Understand colleagues' roles and responsibilities
• •Gain an introduction to the technology and development processes
• •Learn about boundary conditions and operating requirements for ceramic components
• •Propose improvements to designs and processes
• •Address material-related questions and challenges
• •Establish an in-house R&D manufacturing line for ceramic components
• •Mitigate material-related risks to enhance reliability and performance
• •Lead research projects to advance heating technology
• •Enhance manufacturing quality of ceramic components

Tools & Technologies

Benefits