10.09.2024

How to motivate individuals who rank mid in smartphone app-based physical activity leaderboards best?

Are you interested in gamification and research into physical activity for health? The Chair of Sport and Health Management offers students the possibility for interdisciplinary research (i.e., write a bachelor or master thesis). The topic is: "How to motivate individuals who rank mid in leaderboards best? A study on gamified physical activity".
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Kontakt: joerg.koenigstorfer@tum.de

10.09.2024

Gamification for physical activity: The role of the leaderboard size

Are you interested in gamification and research into physical activity for health? The Chair of Sport and Health Management offers students the possibility for interdisciplinary research (i.e., write a bachelor or master thesis). The topic is: "Gamification for physical activity: The role of the leaderboard size".
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Kontakt: joerg.koenigstorfer@tum.de

09.09.2024

MSc thesis: Laplace Approximation for Computer Vision

For details, see the attached file.
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Kontakt: alexej.klushyn@airbus.com

04.09.2024

Master Thesis: Advanced cathode design for high-performance Zinc-ion batteries

We focus on enhancing the performance of water-based Zn-ion batteries (ZIBs) by developing advanced cathode materials. By investigating organic, water-compatible compounds like cellulose, and optimizing their structure, crystallinity, and surface properties, the study aims to improve energy density, cycle stability, and rate capability. Techniques like XRD, SEM, TEM, and electrochemical methods will be used to address challenges and enhance ZIB performance for sustainable energy storage.
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Kontakt: lucas.kreuzer@frm2.tum.de

04.09.2024

Master Thesis: Hydrogel-based electrolytes for enhanced ion transport in water-based Zinc-ion batteries

Water-based Zn-ion batteries (ZIBs) offer sustainable energy storage potential but face challenges in optimizing ion transport. This research explores using hydrogels as electrolytes to enhance ion diffusion and improve ZIB performance by mitigating zinc dendrite formation and electrolyte issues. Various hydrogels are examined for their structural and electrochemical properties using techniques like electrochemical impedance spectroscopy and neutron scattering to optimize ZIBs.
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Kontakt: lucas.kreuzer@frm2.tum.de

01.09.2024

Master Thesis: Lossy Compression Algorithms for Space-based Particle Detector Data

We are looking for a master student at the interface between space-based particle physics and data processing. Our detector will measure the spectra of particles that are trapped in the Earth's magnetic field. Due to the limitations of our satellite platform, we want to investigate and evaluate lossy and lossless compression algorithms. These can be based on simple, classic approaches or employ more complex, neural-network-based techniques.
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Kontakt: peter.hinderberger@tum.de

29.08.2024

BLDC actuator back-drivability hacking: Improving electronics, mechanics or control

Application deadline: September 15, 2024

Help us improve our custom made BLDC actuators. We are looking for contributions with respect to Electronics, Mechanics or Control.

Kontakt: vasilije.rakcevic@tum.de

29.08.2024

Robotic manipulator control to take advantage of novel actuator concept

Application deadline: September 15, 2024

We are working with commercially available as well as custom manipulators, with the goal of achieving better structure utilization and faster manipulation.

Kontakt: vasilije.rakcevic@tum.de

28.08.2024

MSc project and or thesis: Advancing Machine Learning-Based State of Health Estimation

Die Schätzung des Zustands von Lithium-Ionen-Batterien mittels maschinellen Lernens ermöglicht durch effizientes Feature Engineering und systematische Datenanalyse präzise Ergebnisse. Ziel dieser Arbeit ist es, durch Datenaufbereitung, Merkmalserforschung und Modellentwicklung fundierte Erkenntnisse zu gewinnen. So soll ein wesentlicher Beitrag zur Beantwortung kritischer Forschungsfragen und zur Verbesserung der Effizienz von Energiespeicherung und -nutzung geleistet werden.
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Kontakt: marco.fischer@tum.de

27.08.2024

MSc - Semester project or thesis: Development of an IMU Animated Shoulder Model

Create a 3D animated shoulder joint using a pre-built OpenSim shoulder joint model.
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Kontakt: marion.forano@tum.de