A thesis in Applied Computational Life Sciences
The Master’s thesis is the scientific core of your studies: 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. 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.
Your track modules and Master's thesis
You apply the computational skills you have acquired in one of the application tracks. A track consists of two track modules worth five credits each and the Master's thesis. The track modules are a personally tailored mixture of lectures and tutorials, organised in close collaboration with your Master's thesis supervisor to provide optimum preparation for your thesis work. During your thesis you are part of a research group at the ZHAW or you can work at an external company, organisation, or research institute in close collaboration with your supervisor at the ZHAW.
Master's thesis topics and supervisors
Before you start your studies you choose your track, your supervisor and the topic of your Master's thesis. Proposed topics are published by accredited supervisors in an online market place on the programme's website, where you can apply for your favourite choice.
This specialisation is an inter-institutional collaboration and, hence, the ZHAW supervisors are associated with a diverse range of institutes. If you are interested in a specific track or topic for your Master's thesis that cannot be found on the market place, you may also contact one of our supervisors directly.
Topics for the Master’s thesis
You select the topic for your Master’s thesis in one of the following tracks:
Genome-oriented Applied Computational Life Sciences
- Applied Computational Genomics; topics based on the individual backgrounds and interests / Dr. Maria Anisimova and Dr. Manuel Gil (PDF 75,1 KB)
- Applied genomics of plant pathogenic bacteria / Dr. Theo Smits (PDF 71,4 KB)
- Community analysis of aquaponics systems / Dr. Theo Smits (PDF 71,9 KB)
- Population genetics and source-tracking of plant pathogenic bacteria/ Dr. Theo Smits (PDF 71,5 KB)
- Evaluation of Bioinformatics Methods for Next Generation Sequencing Data Analysis (PDF 72,1 KB)
Active molecule-oriented Applied Computational Life Sciences
Process-oriented Applied Computational Life Sciences
- Simulation-based Optimization of Biopharmaceutical Production Processes / Sören Werner (PDF 94,0 KB)
- Scale-up and Process Transfer Criteria under Evaluation: New Insights from an Simulation-Based Perspective / Sören Werner (PDF 94,2 KB)
- Coupling of Cell Kinetics and Fluid Dynamics – Model Development and Evaluation / Sören Werner (PDF 93,3 KB)
- Processes Optimization in Life Sciences / Sven Hirsch (PDF 68,8 KB)
- Understanding biomedical phenomena / Sven Hirsch (PDF 70,6 KB)
- Downscaling towards Microfluidic Devices - Computational Approaches / Peter Riedlberger (PDF 60,1 KB)
- Modelling and simulation of biological methanation processes / Judith Krautwald (PDF 251,9 KB)
- Model-based Analysis of the Response of Tumor Cells in vitro and Tumors in vivo onto Heat and Radiation / Prof. Dr. Stephan Scheidegger (PDF 68,6 KB)
- Image-based Analysis of PET-Tracer Pharmacokinetics and dosimetry in Nuclear Medicine/ Prof. Dr. Stephan Scheidegger (PDF 66,6 KB)
- Algorithms for Digital Map Processing – Extracting Landscape Features from Historic Maps / Dr. Patrick Laube (PDF 95,1 KB)
- Fractionated Radiotherapy: Can we do better? / Dr. Elias August (PDF 72,2 KB)
- Simulation-based production planning & scheduling in food or pharma industry / Dr. Lukas Hollenstein (PDF 63,9 KB)
- Tracking hospital-acquired infection transmissions/ Dr. Thomas Ott (PDF 126,7 KB)
- BioDynaMo software for computer models and simulations of biological dynamics / Dr. Thomas Ott (PDF 99,5 KB)