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.?

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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.?

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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.

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Labproject + Master's Thesis:?Binder-Free Robocasting of Carbon-Based, Carbon Fiber-Reinforced Structures Converted to C/SiC via Liquid Silicon Infiltration

Additive manufacturing offers promising opportunities for producing complex high-performance ceramic components. However, no direct method exists for 3D printing water-based, carbon fiber-reinforced pastes that can be converted into C/SiC without additional pyrolysis. This thesis aims to develop a shape-stable robocasting process, achieve successful conversion to low-porosity C/SiC, and create a predictive model for fiber orientation to support future process optimization.

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Tasks:

• Paste Preparation: Formulation and Bayesian optimization of graphite and carbon fiber pastes

• 3D Printing & Characterization: Robocasting and optical geometry evaluation via 3D scanning

• LSI & Microstructural Analysis: Liquid silicon infiltration, fiber orientation analysis, and model training

Requirements:

• Students in materials science or industrial engineering

• Interest in 3D printing, slurry processing, and high-temperature ceramic materials

• Structured, independent working style

• Strong teamwork and communication skills (three supervisors will support the thesis)

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

Mail: michele.scholl@uni-a.de, kevin.postler@uni-a.de

Room: W-3019/W-3016

Phone: +49 821 598-69231

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Bachelor's Thesis:?Rheological Characterization of MXene-SiC Pastes for Predicting Printing-Relevant Material Parameters

Paste flow behavior strongly affects printability, yet the relationships between viscosity, yield stress, and viscoelastic moduli in MXene–SiC–water systems remain unexplored. This thesis aims to determine the rheological properties of different MXene–SiC ratios, quantify the influence of MXene, and use the resulting data to train a model capable of predicting key printing parameters. Collaboration with a partner research group will help identify the necessary parameters.

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Tasks:

• Assisting with MXene synthesis

• Preparation of pastes with varying compositions

• Rheological characterization and zeta potential measurements

• Printing trials with promising paste formulations

• Data processing for use in data-driven models

Requirements:

• Bachelor student in industrial engineering, materials science, or related fields

• Laboratory experience beneficial

• Interest in nanomaterials and ceramics

• Willingness to collaborate with fellow students

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

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Labproject + Master’s Thesis: Separation and Recycling Strategies for Layered 2D materials in Energy Storage Devices

Two-dimensional (2D) materials such as MXenes and hexagonal boron nitride are at the forefront of energy storage innovation due to their exceptional electrochemical and mechanical properties. When assembled into layered heterostructures, these materials demonstrate enhanced performance for applications like supercapacitors.

This thesis explores the development of novel separation and recycling techniques for such layered nanomaterial systems, with the goal of enabling material recovery and reuse without compromising structural or electrochemical integrity. The work supports global efforts in sustainable technology and circular materials engineering.

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Task

• Fabrication of layered 2D material-based electrodes?
• Investigation and optimisation of separation methods to isolate functional components
• Comprehensive material characterisation using: SEM, EDX, XRD, Raman & FTIR
• Electrochemical evaluation of recovered materials for reuse in energy devices
• Contribution to the development of a recyclability framework for advanced 2D systems

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

Mail: preethika.rakesh@uni-a.de

Room: W-3017

Phone: +49 821 598-69236

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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.

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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.

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

Mail: khort@kth.se

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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

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Join Our Team for a Student Assistant Job

Are you a proactive, motivated, and communicative student looking to gain valuable experience while studying? We have the perfect opportunity for you!

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Job description:

• Teaching: Creating tutorial exercises
• Administrative Work: Revision of teaching modules and Handbook updates

Requirements:

• Fluent knowledge of spoken and written German and English language
• Confident use of Office applications (Word, PowerPoint, and Excel)
• Enthusiastic team player
• Students from any semester of bachelor's and master's degree programs

Don't miss this fantastic opportunity to enhance your skills, expand your network, and make a meaningful impact!

If you are interested or have any questions, please get in touch with Preethika Murugan.
Email: preethika.murugan@uni-a.de
Room W-3017
Telephone: +49 821 598-69236
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If you are interested in working as a research assistant in a different topic, feel free to reach out to us.