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Diplomarbeiten, Bachelor- und Masterarbeiten
Sie suchen gerade eine Diplomarbeit, ein Thema für eine Bachelor oder Master Thesis? Dann sind Sie hier richtig. In diesem Bereich sind Abschlussarbeiten aus allen Fakultäten zu finden.
Beachten Sie auch den entsprechenden Stichwortindex.
Wenn Sie selbst eine Diplomarbeit ausschreiben wollen, lesen Sie bitte vorher unbedingt das 'Best Practice Manual Stellenanzeigen'.
27.01.2020
Running in nature is influenced by environmental determinants
The contribution of physical activity and sport to health and wellbeing: A review of systematic reviews
Are you interested in physical activity to promote health and the evaluation of scientific evidence? The Chair of Sport and Health Management offers students who will be graduating from the TUM Department of Sport and Health Sciences or the TUM School of Management the possibility for interdisciplinary research (i.e., write a bachelor or master thesis).
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Kontakt: info.mgt@sg.tum.de
22.01.2020
Master thesis – Effect of arbuscular mycorrhizal fungi on nutrient availability
Arbuscular mycorrhiza is a very widespread symbiosis between fungi of the phylum Glomeromycotina and land plants, which increases the supply of nutrients and the water absorption of the plant.
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Kontakt: florian.berger@tum.de
22.01.2020
Master thesis – Diversity of root colonisation by symbiotic fungi in mays
Arbuscular mycorrhiza is a very common symbiosis between fungi of the phylum Glomeromycotina and land plants, which increases the supply of nutrients and the water absorption of the plant.
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Kontakt: florian.berger@tum.de
21.01.2020
Masterabeit zum Thema "Ökobilanzielle Betrachtung einer Hochtemperatur-Elektrolyse"
Ziel dieser Arbeit ist es, eine HTEL inklusive der zugehörigen Peripherie im Hinblick auf die Umweltauswirkungen zu bilanzieren. Dieser Arbeit liegt die Methodik der Ökobilanz, auch Life Cycle Assessments genannt, zugrunde, welche in ISO 14040 und 14044 beschrieben ist. Zur Durchführung der Ökobilanz stehen die GaBi-Software und Lizenzen zu Ökobilanzdatenbanken wie ecoinvent 3.5 und GaBi Professional zur Verfügung. Aufgrund der benötigten Lizenzen ist eine zeitweilige Anwesenheit in Straubing notwendig.
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Kontakt: elke.schropp@tum.de
20.01.2020
Master thesis - Physical activity whilst and after study enrolment of Dialysis training therapy
Master thesis
Dialysis Training – Therapy (DiaTT) is an interventional, cluster-randomized (1:1), multicenter trial for patients with chronic kidney disease undergoing hemodialysis (n=1,100). This trial will test the effectiveness (by change of sit-to-stand test between baseline and 12 months) of intradialytic exercise training (ET) and health literacy counseling (HLC) for 12 months (Intervention group) in comparison to control group (usual care, UC; no ET, no HLC).
The substudy will analyze the physical activity patterns during the last phase of study enrolment in patients (n=200) randomized 1:1 to either control or interventional group by accelerometry/ pedometers. The physical activity off hemodialysis (leisure time/ time between hemodialysis sessions) will be assessed. Three months after the end of the study, patients’ physical activity patterns will again be analyzed.
The evaluation of the data aims at analyzing physical activity patterns (measured whilst and after study enrolment for 7 consecutive days) for different subgroups.
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Kontakt: Pia.vonKorn@mri.tum.de
17.01.2020
Human Limb Velocity Estimation
Modeling human limb motion can be useful in several engineering or medical applications. For instance, based on this model a robotic system can predict and avoid potential collisions in any environment where human presence is expected.
Please find the full description in the attached file.
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Kontakt: ali.baradaran@tum.de
17.01.2020
Spatial Object Approximation for Motion Tracking
Unknown object tracking is a well-known problem in computer vision for which there exists numerous solutions. However, we would like to challenge the traditional methods in this project.
Please find the full description in the attached file.
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Kontakt: ali.baradaran@tum.de
10.01.2020
HiWi position in computational biology
HIWI Position in Bioinformatics
Single cell genomics is revolutionizing biology and medicine. Rapid technological advances now allow the profiling of genomes, transcriptomes and epigenomes at an unprecedented level of resolution. To harness the full potential of these developments, new computational methods specifically tailored towards the analysis of single cell omics data are essential. This has now also been appreciated with the nomination “technology of the year 2019” by the journal Nature Methods.
Our research group employs state-of-the-art single cell sequencing technologies (10x Genomics, BD Rhapsody) to unravel the dynamics of the human immune system.
We currently look for a motivated HiWi-student in the area of bioinformatics/computational biology who contributes in a team effort to unravel the development of the aging human immune system and to discover novel immune cell subsets that could be exploited for successful vaccination strategies. We have scRNAseq data sets from 10x Genomics available and need you for data analysis using already implemented bioinformatic pipelines under the guidance of a postdoc.
Job: HIWI-Position, 5h/week (more or less hours also possible, flexible, home office possible)
Qualifications: Applicants should be students of bioinformatics/computational biology and be highly motivated to contribute to single-cell RNA-seq data analyses and preparation of manuscripts for publication.
Where: Cellular Immunoregulation group, TranslaTUM, Ismaningerstr. 22, 81675 München
When: The HiWi position is available immediately.
Contact: Prof. Christina Zielinski (christina.zielinski@tum.de), Tel. 089 4140 7143
www.zielinskilab.com
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Kontakt: info@ze.tum.de
10.01.2020
WHOOP WHOOP HELIOP! Public Relations in Economy and Academics: A viral Approach
Background:
A challenging aspect of sharing and visualizing academic topics, like the project HELIOP - Helicopter Ship Deck Operations, is related to its content and presentation in an eye catching and good to understand way.
The project HELIOP focuses on helicopter offshore operations and how to navigate and land on a moving ship deck, because of limited navigation capabilities due to the open sea and influences of the moving landing zone on pilot performance. To reduce pilot workload and increase flight safety during navigation, descent, and landing maneuver, a pilot fitted presentation of the outside world events and helicopter was designed and implemented to the helicopter flight simulator Rotorcraft Simulation Environment – ROSIE via a Helmet Mounted Display - HMD.
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Kontakt: tim.mehling@tum.de
20.12.2019
Bachelor or Master Thesis – GUI/Web-design for User Software or Working Student (m/f/d)
We develop and build world class LiDAR sensors. We think our sensors are ready for prime time – and we want to make our sensor configuration and data more accessible to users. Our customers expect a nice and easy to use, state-of-the-art web GUI. If you think you can do that, then welcome at Blickfeld!
We are a fast growing Start-up in Munich that develops sensors for intelligent machines. Our innovative LiDAR technology is one of the enabler of autonomous driving. Be part of that team and help to shape the mobility of the future!
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Kontakt: career@blickfeld.com
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