Master's thesis for students - Non-slip ceramic tiles

As a working student, you play a central role in our innovative approach to combating slippery ceramic tiles. With state-of-the-art laser technology, you work closely with our experienced scientists and engineers to develop a groundbreaking surface functionalization process.

Your work will significantly contribute to improving the safety and user-friendliness of ceramic tiles while reducing the use of chemicals. As part of our dedicated research team, you have the opportunity to actively participate in the development and implementation of groundbreaking innovations. Join us on our mission to make the world a less slippery place.

Your tasks:

  • Conducting experiments to optimize laser parameters for superior anti-slip properties
  • Analyzing and characterizing the treated ceramic surfaces to evaluate their effectiveness.
  • Collaborating with the team to develop practical and scalable solutions.
  • Assisting in data collection, analysis, and documentation of research findings.

You bring along:

  • Valid enrollment as a master's student in a relevant field of study (e.g., materials science, engineering, chemistry, physics).
  • Strong interest in surface engineering, laser technology, or related fields.
  • Basic knowledge of laboratory procedures and experimental techniques.
  • Analytical thinking with excellent problem-solving skills.

Your benefits:

  • Flexible working hours that can be easily coordinated with your studies.
  • Practical professional experience in a relevant work environment.
  • Opportunity to apply theoretical knowledge gained from studies into practical applications.
  • Opportunity to participate in exciting and innovative projects.
  • Close collaboration with experienced professionals and team members.
  • Opportunity to build professional contacts and networks.
  • Paid position that contributes to financial independence.
  • Access to modern tools and technologies for work.
  • Opportunity to enhance and deepen professional skills and knowledge.
  • Personal and professional development through mentoring and feedback.
  • Opportunity to explore long-term career prospects within the company.

Apply now!

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Fusion Bionic GmbH
Dr. Tim Kunze, CEO
Löbtauer Straße 69
01159 Dresden

+49 (0) 351 160 979 89