Master's Thesis for Students - Self-Cleaning Techniques for Photovoltaic Applications

As a working student, you will play a central role in the advancement of self-cleaning technologies for photovoltaic applications. Using state-of-the-art laser technology, you will closely collaborate with our experienced scientists and engineers to develop a pioneering surface functionalization process.

Your work will directly impact the development of innovative solutions aimed at enhancing the efficiency and lifespan of solar cells.

Your tasks:

  • Conducting experiments to optimize laser parameters for self-cleaning efficiency on photovoltaic surfaces
  • Assisting in the development, setup, and calibration of laser systems
  • Quantifying the self-cleaning effects and efficiency improvements of PV modules
  • Collaborating with the team to develop practical and scalable solutions.
  • Assisting in data collection, analysis, and documentation of research findings
  • Contributing to technical reports and presentations

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 understanding of laser systems and microprocessing techniques
  • Passion for renewable energy and sustainable technologies
  • Basic knowledge of laboratory procedures and experimental techniques.
  • Analytical thinking with excellent problem-solving skills.
  • Excellent communication and teamwork skills
  • Ability to work independently and efficiently manage time

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