Student research projects and theses

Development of Python-based modeling for multi-chamber vacuum systems for the development of a coating reactor for recyclable packaging films

The goal of your work is to conduct empirical experiments on a less-explored multi-chamber vacuum system using the existing experimental setup.

Experimental Setup for Investigating Multi-Chamber Vacuum Systems

Topic of the Thesis:
Within the scope of the research project, extensive design decisions need to be made based on scientific insights. The subject of your thesis is the mathematical description of dynamically sealed multi-chamber vacuum systems required for this purpose.

The thesis is related to the research project "In-Plasma-Air2Air," which focuses on the development of a novel, low-maintenance reactor for coating recyclable plastic films. By implementing a series of measures to enhance cost-effectiveness, the aim is to establish a recycling-compatible plasma coating process for the packaging film market.

Objective:
The objective of your thesis is to further develop the existing Python script for calculating conductance values and expand it into a functional tool. This involves making optimizations and extensions to improve calculation accuracy.

For a Bachelor's thesis, you will work on the following tasks:

  • Familiarize yourself with the provided literature and the existing Python script for conductance determination.
  • Iteratively improve the script and compare the results with reference data.
  • Implement optimizations and extensions to enhance calculation accuracy.

For a Master's thesis, you will additionally work on the following tasks:

  • Integrate databases and interfaces for automated data input and output.
  • Create documentation and instructions for using the developed tool.

Your Profile:

  • Students from various technical fields within Faculty 4 and other technical or scientific disciplines are eligible.
  • Experience in Python programming is desirable but not mandatory.
  • Desirable skills include motivation to delve into scientific questions, independently develop solutions, and maintain open communication within the workgroup.

We offer you the opportunity to actively contribute to innovative technical solutions for promoting sustainable packaging concepts and become part of a motivated team.

If I have sparked your interest, I would be delighted to meet you in person and tailor the work to your interests and skills.

Your Contact Person:
Philipp Alizadeh, M.Sc.
Phone: +49 241 80 27319
Email: Philipp.Alizadeh@ikv.rwth-aachen.de

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