The table below shows all course modules of the specialisation within the framework of the International Master Programme in Environmental Science.
The programme has a size of 106 ECTS (European Credit Transfer and Accumulation System) credits, which are collected over a period of 18 months.
| Module Title | ECTS | Module Content | |||
| 1 | Introduction to Environmental Science | 5 | Lectures and workshops on Water and sustainable development; Introductory weekend; Introduction to Environmental Science; Key environmental problems; Principles of sustainable development; Laboratory course: Case study on eutrophication; use of computers; fieldtrip. | ||
| 2 | Natural processes in the Environment | 5 | Hydrological cycle; Biogeochemical cycles; Functioning of ecosystems; Environmental Chemistry. Laboratory courses on Biogeochemical cycles and Environmental Chemistry. | ||
| 3 | The Human Dimension in Environmental Change | 5 | Demography; Environmental Economics with special focus on use and scarcity of natural resources. Human health and Environmental toxicology. Laboratory course: case study on sewage. Fieldtrip to a wastewater treatment plant. | ||
| 4 | Analytical tools in Environmental Science | 5 | Data analysis and statistics; GIS techniques and applications. Environmental modelling in lakes and streams. Assignments in technical writing and presentation techniques. | ||
| 5 | Water Quality Assessment | 5 | Water quality and monitoring. Data analysis and presentation; Aquatic Ecotoxicology; Water quality modelling. Fieldwork water quality monitoring; fieldtrip to Central Netherlands water quality monitoring authority; assignment design of a water quality monitoring network. | ||
| 6 | Wetlands for Water Quality | 5 | Introduction on wetlands; natural and constructed wetlands for wastewater treatment. Integrated production systems. Assignments on natural and constructed wetlands. Fieldtrips to constructed wetlands and to an integrated water purification system. | ||
| 7 | Environmental Planning | 5 | Sustainable development; Environmental policy analysis; management information systems; Environmental impact assessment (EIA). Fieldtrip. | ||
| 8 | Water and Environmental Law and Institutions | 5 | Water and environmental laws; Institutions: decentralisation; water allocation; stakeholder participation. Role play River basin management. Electives such as: the EU water Framework Directive; Dutch Water policy. Fieldtrip. | ||
| 9 | International Fieldtrip | 5 | Two weeks study tour to research institutions, organisations in the field of environmental science, industries, etc. in Europe . | ||
| 10 | Aquatic Ecosystems | 5 | Human impacts on aquatic ecosystems. Integrated fieldwork: Hydrology; GIS; Chemical and biological water quality; land use and soil quality. Mesocosm experiments. Presentations. | ||
| 11 | Watershed & River basin management | 5 | Soil and water management; land degradation. Ecohydrology. Watershed planning and management. From watershed to River basin. Case study RBM. Fieldtrip. | ||
| 12 | Group work | 6 | Introduction: tasks and responsibilities of the group members; group work ECOLAND. Environmental Impact Assessment (EIA): techniques and applications in the group work. | ||
| 13 | Capita Selecta | 4 | MSc research methodology. Choice out of various Capita Selecta topics such as: Water and climate; Environmental flows; Conflict management; all in the form of presentations and debate. | ||
| 14 | MSc Research Proposal | 6 | Formulate aims and objectives of the MSc research. Literature study on the subject. Development of the research proposal in a sound MSc proposal report, which will be orally defended before an audience of peers. | ||
| 15 | MSc Research | 36 | |||