Master's thesis
The Master’s thesis is the scientific core of your studies. Through the thesis you not only demonstrate your knowledge and skills, but also the ability to successfully integrate into a research group and expand your knowledge in your specific field of scientific expertise.
- You choose your specialist courses with a view to the topic of your thesis, which you determine before starting your studies.
- Based on the theoretical foundations of the study programme, you answer a specific question in this research field.
- You work out solutions that are relevant for research, industry and society, often in co-operation with national and international partners.
- Depending on your topic, you work in a research group at the ZHAW in Wädenswil or externally with an industrial or research partner.
The Master’s thesis is the scientific core of your studies. Through the thesis you not only demonstrate your knowledge and skills, but also the ability to successfully integrate into a research group and expand your knowledge in your specific field of scientific expertise.
- You choose your specialist courses with a view to the topic of your thesis, which you determine before starting your studies.
- Based on the theoretical foundations of the study programme, you answer a specific question in this research field.
- You work out solutions that are relevant for research, industry and society, often in co-operation with national and international partners.
- Depending on your topic, you work in a research group at the ZHAW in Wädenswil or externally with an industrial or research partner.
Industry Collaborations
Depending on your topic, you work in a research group at the ZHAW in Wädenswil or externally with an industrial or research partner. In any case, you have a local thesis advisor at ZHAW. Ask our advisors about possible industry collaborations. In the thesis Market-Place you find a list with some possible thesis topics and collaboration partners.
Computational Genomics
Research Group/Collaborations with | People | Interests |
---|---|---|
Bioinformatics (ICLS) | Maria Anisimova |
|
Bioinformatics (ICLS) | Manuel Gil |
data integration |
Bioinformatics (ICLS) | Victor Garcia |
applied computational genomics |
Environmental Genomics and Systems Biology (IUNR) |
Theo Smits |
|
Environmental Genomics and Systems Biology (IUNR) |
Joël Pothier |
|
Computational Chemistry
Research Group/Collaborations with | People | Interests |
---|---|---|
Cognitive Computing in Life Sciences (ICLS) | Olivier Merlo |
|
Section for Organic and Medicinal Chemistry (ICBT) |
Stefan Höck |
abstractions in cheminformatics in tactically typed, purely functional programming languages (i.e. Haskell) |
Computational Health (ICLS) | Simone Ulzega |
|
Biotechnological Processes
Research Group/Collaborations with | People | Interests |
---|---|---|
Biosystems Technology (ICBT) | Christin Peters |
|
Centre vor Analytical Chemistry (ICBT) | Caspar Demuth |
for bioprocesses |
Bioprocess Technology Research Group (ICBT) |
Lukas Neutsch |
and soft-sensors for real-time bioprocess control and optimization physiology-related process data for quality assurance in biopharmaceutical production data processing environments and workflows (R Studio, programmable process control systems) in life science laboratories with fluorescence microscopy and atomic force microscopy |
Chemical Engineering (ICBT) | Judith Krautwald |
and biotechnology real plant processes environmental science and production of bioenergy methanation processes |
Chemical Engineering (ICBT) | Peter Riedlberger |
|
Computational Health (ICLS) | Sven Hirsch |
|
Microbiology and Molecular Biology (ICBT) |
Martin Sievers |
|
Digital Health, Biology and Neuroscience
Research Group/Collaborations with | People | Interests |
---|---|---|
Computational Health (ICLS) | Sven Hirsch |
|
Computational Health (ICLS) | Georg Spinner |
|
Cognitive Computing in Life Sciences (ICLS) | Claus Horn |
sequencial data using reinforcement learning and deep learning |
Medical Physics (Dep. T) | Stephan Scheidegger |
dynamics of cancer in vitro and in vivo |
Hospitality Management Competency Group (IFM) |
Nicole Gerber |
interpendencies in hospitals and healthcare organisations |
Cognitive Computing in Life Sciences (ICLS) | Thomas Ott |
biological dynamics |
Cognitive Computing in Life Sciences (ICLS) | Stefan Glüge |
|
Digital Labs & Production (ICLS) | Robert Vorburger |
|
Cognitive Computing in Life Sciences (ICLS) | Krzysztof Kryszczuk |
temperature sensor |
Biomedical Engineering (Dept. T) | Daniel Baumgartner |
|
Applied Complex Systems Science (Dept. T) |
Ruedi Füchslin |
life-like systems |
School of Social Work (Dept. S) ZHAW Digital Health Lab |
Samuel Wehrli |
|
Computational Health (ICLS) | Norman Juchler |
|
Applications in Food Industry
Research Group/Collaborations with | People | Interests |
---|---|---|
Digital Labs & Production (ICLS) | Lukas Hollenstein |
complex processes in production using discrete-event simulation and data analytics |
Institute of Computational Life Sciences (ICLS) | Marcel Burkhard |
the swiss food industry selected goods |
Center for Food Safety and Quality Management, Food Microbiology (ILGI) |
Lars Fieseler |
sequences and phage derived proteins |
Center for Food Processing and Packaging (ILGI) |
Selçuk Yildirim |
of food and packaged food |
Research Group Food Technology (ILGI) | Nadina Müller |
their impact of end product quality digitalisation of food processing |
Coffee Exellence Center (ICBT) | Chahan Yeretzian |
using advanced statistical methods |
Applications in Environment and Agriculture
Research Group/Collaborations with | People | Interests |
---|---|---|
Geoinformatics research group (IUNR) | Patrick Laube |
|
Geoinformatics research group (IUNR) | Johann Junghardt |
|
Cognitive Computing in Life Sciences (ICLS) | Martin Schüle |
environmental sciences and finance |
Cognitive Computing in Life Sciences (ICLS) | Thomas Ott |
|
Cognitive Computing in Life Sciences (ICLS) | Ivo Kaelin |
activity in freshwater samples |
Cognitive Computing in Life Sciences (ICLS) | Matthias Nyfeler |
|
Cognitive Computing in Life Sciences (ICLS) | Claus Horn |
sequencial data using reinforcement learning and deep learning |
Agricultural and Resource Economics Group (IUNR) |
Raushan Bokusheva |
assessing the impact of climate change in agriculture |
Agricultural and Resource Economics Group (IUNR) |
Martina Bozzola |
(supervisor has access to large panel dataset from Europe and Eastern and Southern Africa) |
Environmental Biotechnology (ICBT) | Martin Kühni |
and production of bioenergy |
Environmental Biotechnology (ICBT) | Hans-Joachim Nägele |
|
Research Group Ecotechnology (IUNR) | Andreas Schönborn |
collaboration with a startup for the evaluation of microcontaminants in food, plastics and the environment |
Master Thesis Topics with Full Description
The table above lists thesis supervisors and their fields of interest. All these supervisors provide thesis topics. You can get in touch with them to learn more about their topics. In the following you find a small selection of topics with full description:
Antimicrobial resistance prediction from MALDI-TOF mass spectra,(PDF 174,2 KB) Supervisor: Stefan Glüge (ICLS)
Differentiation of bone marrow cell morphologies using deep neural networks(PDF 179,0 KB), Supervisor: Stefan Glüge (ICLS)
Effect-based Trace Analytics of Toxic Substances leveraging Native Cloud Computing Services (Cognitive Services, AI and ML)(PDF 499,9 KB), Supervisor: Andreas Schönborn (INUR)
Exploring the effectiveness of cancer-immunotherapies for non-small lung cancer(PDF 527,0 KB), Supervisor: Victor Garcia (ICLS)
How does an ancient protein expression regulation mechanism affect how the choice of codons in DNA(PDF 502,5 KB), Supervisor: Victor Garcia (ICLS)
Completed Master Theses
Year of Graduation | Student | Title | Advisor |
---|---|---|---|
2019 | Delucchi Matteo | Tandem Repeat Variation in Genomic Databases | Maria Anisimova (ZHAW, ICLS) |
2019 | Gygax Gregory | Smart Algorithms for Efficient Yield Forecasting | Thomas Ott (ZHAW, ICLS) |
2019 | Kaufmann Moritz | Evolution of multidrug resistance in pEL60 plasmids | Theo Smits (ZHAW, IUNR) |
2019 | Meier Patrick | A mathematical model to describe the relationship between the unfolded protein response (UPR) and production of recombinant proteins in the yeast Pichia pastoris | Sven Hirsch (ZHAW, ICLS) |
2019 | Naef Paulina | Optimizing of the Tandem Repeat Annotation Library (TRAL) and Copy Number Variations of Tandem Repeats in RNAseq Illumina Data | Maria Anisimova (ZHAW, ICLS) |
2019 | Peechatt Jithin Mathew | Characterisation of Bias and Variance of Progressive Sequence Alignment | Manuel Gil (ZHAW, ICLS) |
2019 | Schiling Daniel | Geoinformatics methods for a better understanding of wildlife-caused traffic accidents in the Cantons of Zurich (Switzerland) | Patrick Laube (ZHAW, IUNR) |
2019 | Selvaratnam Laksathan | Understanding cerebrovascular pathologies within the Circle of Willis using 0D flow network simulations | Sven Hirsch (ZHAW, ICLS) |
2019 | Siegrist Jonas Aaron | Genome mining of polyketide and nonribosomal peptide synthases in actinomycetes | Martin Sievers (ZHAW, ICBT) |
2019 | Ta Cam Phuong | Estimating Insertion and Deletion Parameters from Pairwise Sequence Alignments | Manuel Gil (ZHAW, ICLS) |
2019 | Weichart Sonja | Continued development of an online application for the use in microbial batch cultures: Planning and simulation of experiments and data analysis and management | Robert Vorburger (ZHAW, ICLS) |
2020 | Atilgan Cahit | Synthetic health data generation with pre- and intraoperative Total Knee Arthroplasty (TKA) parameters for ligament balancing and subsequent outcome analysis | Daniel Baumgartner (ZHAW) |
2020 | Joseph Abel Thomson | Design of Algorithms to study the property of Reversibility in TKF91 Model | Manuel Gil (ZHAW, ICLS) |
2020 | Mikos Alexander | A Perception-based Adaptive Immune System Model to describe the Effect of Anticancer Radiation Therapy In-Silico | Stefan Scheidegger (ZHAW, SoE) |
2020 | Müller Georg | Simulation of Renewable and Self-Sufficient Building Energy | Ivo Kälin (ZHAW, ICLS) |
2020 | Nüesch Manuel | Simulation of separation tasks using vacuum distillation | Simone Ulzega (ZHAW, ICLS) |
2020 | Poulose Eldhose | A study of dynamics of Indels using ProPIP, PRANK and MAFFT | Manuel Gil (ZHAW, ICLS) |
2020 | Seidel Stefan | Gas bubble simulation for the computation of oxygen supply for cells | Werner Sören (ZHAW, ICBT) |
2020 | Brühwiler Robin | Stochastic Optimization of Time-Dose-Fractionation Schemes in Cancer Radiation Therapy | Sven Hirsch (ZHAW, ICLS) |
2021 | Antalfy Imre Istvàn | A Data Science Approach to Solid Waste Biogas Plats Data Pre-processing and Modelling with Neural Networks | Martin Schüle (ZHAW, ICLS) |
2021 | Chandra Saurabh | Analysis of health conditions of cancer patients in palliative care based on movement data tracked by wearable devices | Thomas Ott (ZHAW, ICLS) |
2021 | Mauch Ueli | Modelling tick risk from uncertain citizen science data. Exploring the benefits of irregular spatial tessellations | Patrick Laube (ZHAW, ICLS) |
2021 | Krayer Patricia | Modelling Environmental and Nutritional Impacts of Vegan Agriculture | Matthias Nyfeler (ZHAW, ICLS) |
2021 | Rey Sofia | Health Status Analysis from Wearable Children Patient Data | Sven Hirsch (ZHAW, ICLS) |
2021 | Roth Sandro | AngioSynth - Cross-modality synthesis of cerebral angiographies using CycleGANs | Norman Juchler (ZHAW, ICLS) |
2021 | Schmutz Stefan | Characterizing undetermined sequences from metagenomic sequencing | Maria Anisimova (ZHAW, ICLS) |
2021 | Von Gunten Cédric | Public sequencing data mining and in silico protein masses prediction for improving accurate subspecies determination in Bacillus cereus using MALDI-TOF MS | Jöel Pothier (ZHAW, IUNR) |
2021 | Von Rotz Sebastian | Evaluation and development of a bioinformatics workflow for amplicon sequencing with nanopore long read technology | Jöel Pothier (ZHAW, IUNR) |
2021 | Wegmann Thomas | Computer Vision for the Automated Validation of Cancer Drugs | Robert Vorburger (ZHAW, ICLS) |
2021 | Wrobel Anna | Prediction of parturition in mares based on body sensor data | Thomas Ott (ZHAW, ICLS) |
2022 | Amacker Julian Martin | Analysis of brain connectivity using phase transfer entropy and deep learning based causal inference | Sven Hirsch (ZHAW, ICLS) |
2022 | Bajka Daniel | Extraction and Provision of Tacit Knowledge from Institutions Data Repositories on Energy Research | Christian Glahn (ZHAW, ICLS) |
2022 | Gees Marco | Investigation of the Gene Expression Level for CODON Optimized Heterologous Genes | Christin Peters (ZHAW, ICLS) |
2022 | Graf Dominik | Automatic interpretation of NMR Spectra using Neural Networks | Martin Schüle (ZHAW, ICLS) |
2022 | Grossenbacher Amira | Transition analysis of small-scale and at-scale Chromatography Columns | Olivier Merlo (ZHAW, ICLS) |
2022 | Höhener Rebecca Juliette | Applying Reinforcement Learning to a Production Scheduling Problem | Lukas Hollenstein (ZHAW, ICLS) |
2022 | Iglhaut Clara Ev Andrea | Indel-Aware Parsimony Methods for Phylogenetic Inferences | Manuel Gil (ZHAW, ICLS) |
2022 | Joos Matthias | Optimization of the Delirium Algorithm Workflow of the University Hospital of Zurich with Data Analytics and Machine Learning | Thomas Ott (ZHAW, ICLS) |
2022 | Jordan Sara | Community analysis of methanogenic microbiomes in biogas reactors | Theo Smits (ZHAW, IUNR) |
2022 | Keel Thomas | Modeling the aging behavior of electrochemical sensors | Caspar Demuth (ZHAW, ICLS) |
2022 | Memeti Nurdzane | The CRISPR region analysis program (CRAP) | Theo Smits (ZHAW, IUNR) |
2022 | Schaub Lukas | Cell growth and lifelines analysis CFD Solver Implementation | Dieter Eibl (ZHAW, ICLS) |
2022 | Senn Saskia | Ensemble of BERT Variants for Depression Detection | Claus Horn (ZHAW, ICLS) |
2022 | Thomas Chirayil Harry | Evaluation of Transfer Learning for Protein Function Prediction | Claus Horn (ZHAW, ICLS) |
2022 | Von Däniken Kim | Generating synthetic order data from clinical laboratories using classical methods of statistics and machine learning | Lukas Hollenstein (ZHAW, ICLS) |
2022 | Walder Tim | Application of data exploration algorithms on a labelled property graph | Robert Vorburger (ZHAW, ICLS) |
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