Open Positions

PhD Positions

We always encourage the application of motivated and talented students interested in developing a PhD work in the areas of functional structural materials, 2D Materials and colloidal processing. 

 

 

Bachelor- and Mastertheses

We always encourage the application of motivated and talented students interested in a thesis in the areas of functional structural materials, 2D Materials and colloidal processing. 

 

If you have a topic in mind or are interested in our general work feel free to reach out to us and we can find a suitable topic for you.

 

 

Master's thesis: Recycling of Residual MXene and its LCA

Are you passionate about sustainability and eager to contribute to a greener future? Join us in our innovative project focused on the recycling of residual MXene and its Life Cycle Analysis (LCA) in cooperation with Prof. Dr.-Ing. Jan Paul Lindner – Chair of Technology Assessment.

 

MXene, a versatile and promising two-dimensional material, holds tremendous potential for various applications such as Energy Storage or water treatment applications. However, the one of the biggest bottleneck for its utilization lies on the low efficiency and sustainability of synthesis what can be further enhanced through responsible disposal and recycling.

 

This master’s thesis (+Lab project) aims to develop an efficient and eco-friendly process for recycling residual MXene, minimizing waste and maximizing resource utilization.

 

If you are interested or have any questions, please contact Preethika Murugan.

Mail: preethika.murugan@uni-a.de

Room: W-3017

Phone: +49 821 598-69236

 

 

 

 

Master's thesis: Sintering of nanocomposites

An essential part of the processing of ceramics is the heat treatment for consolidation. In order to obtain a stable material, a sintering process must be carried out. When different materials are combined, stresses and diffusion processes occur which have a strong influence on the functional and structural properties.

 

In this master's thesis (+Labproject), the sintering process of nanocomposites is to be investigated. Various composites will be produced, processed and analysed.

 

If you are interested or have any questions, please contact Michéle Scholl.

Mail: michele.scholl@uni-a.de

Room: W-3019

Phone: +49 821 598-69231

 

 

 

 

 

Master's Thesis: Synthesis of encapsulated multiscale MXene-Me nanocomposites

Our research is dedicated to pioneering a revolutionary approach that produces new, multifunctional, and reusable 3D-assembled magnetic MXene-based composites and is conducted in the framework of the Alexander von Humboldt fellowship project.


We aim to develop a robust methodology for creating reusable, oxidation-resistant Mxene-based 3D nanocomposites, that are packed with potential for a wide range of applications like Advanced Catalysts, Sensors, and Materials for Additive Manufacturing.

 

As a student participant, you'll play a pivotal role in:
🔬 Developing a controllable approach to crafting spherical MXene-Me nanocomposites.
🔍 Characterizing intermediate synthesis stages to guide method improvements.
🔮 Evaluating nanocomposites for oxidation resistance and reusability.
🌍 Exploring their application potential.

 

 

If you are interested or have any questions, please contact Alexander Khort.

Mail: khort@kth.se

 

 

 

Bachelor's thesis or Labproject: Large-scale synthesis of MXene

MXene, a versatile and promising two-dimensional material, harbours enormous potential for various applications such as energy storage or water treatment. However, one of the biggest bottlenecks for its utilisation is the low efficiency and yield of the synthesis.


The aim of this bachelor thesis (or labproject) is to build a new setup for our synthesis in the lab, with which we can produce a larger amount of MXenes per synthesis. In addition to the production, the characterisation of the product is also part of this work.


If you are interested or have any questions, please contact Michéle Scholl.
Mail: michele.scholl@uni-a.de

Room W-3019

Phone: +49 821 598-69231

 

Student Positions

If you are interested in working as a research assistant, feel free to reach out to us.

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