MSc Projects

MSc projects are primarily offered to Master students who are attending the 3rd semester of the Environmental Engineering curriculum and have chosen the Water Resources Management major. Students from other curricula and/or universities can also apply for a MSc project but are kindly requested to contact first the responsible. A MSc project consists of a 300 hours autonomous work to be carried out within the semester. For interested students, it is - depending on the topic - possible to use the results of their MSc project as basis for their MSc thesis.

Currently offered topics

Available MSc projects can be categorized into the following four groups. Please contact the respective supervisor if you wish to learn more about available projects.

WaldLab

Dendrometer measuring on a young spruce
Dendrometer measuring on a young spruce at the WaldLab.

At the WaldLab, a forest field site near ETH Hönggerberg, we measure water, mass and energy fluxes across the soil-plant-atmosphere continuum. Projects within this framework can take different directions. On the one hand, the field site's close location offers the opportunity to make measurement campaigns at a high resolution even for manual measurements. Projects focusing on measurements will involve collection and evaluation of data of different water, mass and energy fluxes. On the other hand, we can use the observed data for ecohydrological model evaluation. Projects focusing on modelling will use different data sources for model setup and evaluation.

Contact & Info

external pageWaldLab homepage

WaldLab-Ecohydrology

 

TiRiLab

Hydrodinamic simulation at the Maggia
Simulation of flow velocity at a transect of the Maggia River.

TiRiLab (Ticino Rivers Lab) is a collaborative project between IfU and VAW at ETH Zürich and the Canton Tessin. Projects within the TiRiLab framework offer students the opportunity to work on river case studies in Ticino and gain experience in practical problem solving and hands-​on practice with the simulation tool BASEMENT applied to the problem of hydromorphological assessment of Alpine rivers and their ecosystem services.

Contact & Info

TiRiLab homepage

 

GIS in hydrology

dem
Processed digital elevation model.

High resolution digital elevation models (DEMs) allow the computation of a number of important metrics for any catchment. In the GIS in hydrology project topics you will use the Matlab TopoToolbox to analyse geomorphic connectivity indexes, compute energy dissipation metrics along river networks, analyse hillslope-channel transition points, compare these metrics between basins, and argue for possible consequences on runoff distributions. These will be topics that perfect your GIS and Matlab skills.

Contact


Ongoing research regularly brings up new research questions and problems to address. Depending on their capacity and availability, the PhD-students and PostDocs of our group can offer interesting MSc-projects which are directly linked to recent scientific questions. Currently, there are no concrete projects but you can contact the respective PhD candidate if you want to discuss an idea.

     DownloadData analysis of Spöl river data (PDF, 46 KB)

Students are encouraged to propose MSc project topics of their own interest, especially if these can be carried out in collaboration with engineering companies, agencies, etc. These topics will be accepted if judged to be feasible as MSc projects. Whether you have already a very specific plan or just a vague idea for a project in hydrology or water resources management, you can always contact the assistants. We will help you finding the right supervisors.

Contact

Further information

Official documents (e.g. program regulations) can be downloaded from the websites of the study programs:

Civil Engineering

Environmental Engineering

You have to deliver 2 bundled hardcopies (1 for the supervisor and 1 for the archive) and a digital version. If you have several supervisors, please deliver additional hardcopies of your thesis; each supervisor should receive one.

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