Water Technology

Water Technology at the University of Groningen is a comprehensive and interdisciplinary master's program designed to equip students with the knowledge and skills necessary to address global water challenges. This programme focuses on the sustainable management, treatment, and distribution of water resources, emphasizing innovative solutions to ensure safe, clean, and accessible water for all. Throughout the course, students will delve into various aspects of water technology, including water quality assessment, water treatment processes, wastewater management, and hydraulic engineering. The curriculum combines theoretical foundations with practical applications, enabling students to develop competencies in designing and implementing water systems that are environmentally friendly, economically viable, and technically feasible.

The program is structured to foster critical thinking and problem-solving abilities by engaging students in real-world projects, laboratory work, and internships with industry partners and research institutions. Students will also learn about renewable energy integration in water treatment processes, climate change impacts on water resources, and policies related to water management. Emphasis is placed on sustainable practices, innovative technologies, and the role of water technology in safeguarding public health and supporting economic development. The university's strong links with industry and governmental agencies provide valuable networking opportunities and exposure to current challenges faced by the water sector.

Graduates of the Water Technology master's program are well-prepared for careers in water utility companies, environmental consultancy firms, research institutions, and governmental agencies. They will possess the expertise to develop and optimize water treatment systems, ensure water compliance with regulatory standards, and contribute to policy-making and sustainable water resource management. The programme is ideal for students passionate about environmental issues, engineering, and science, looking to make a positive impact on society through technological innovation and sustainable practices. With a combination of advanced coursework, hands-on experience, and a global perspective, the Water Technology master's program at the University of Groningen prepares students for leadership roles in the vital field of water management and technology.

The MSc Water Technology at the University of Groningen offers a comprehensive and multidisciplinary curriculum designed to equip students with the advanced knowledge and practical skills necessary to address global water challenges. This program emphasizes the integration of scientific principles, engineering techniques, and innovative solutions to ensure sustainable water management and treatment. Throughout the program, students explore core topics such as water quality assessment, water treatment processes, wastewater management, and resource recovery. They delve into the physical, chemical, and biological aspects of water systems, gaining both theoretical knowledge and practical experience through laboratories, fieldwork, and research projects.

A key feature of this program is its focus on sustainable development and environmental protection. Students learn to design and optimize water treatment systems that are efficient, cost-effective, and environmentally friendly. The curriculum also covers advanced topics like hydrological modeling, water reuse, and emerging contaminants, preparing graduates to work in various sectors including water utilities, environmental consultancy, industry, and research institutions. Interdisciplinary courses foster critical thinking and problem-solving skills, enabling students to develop innovative solutions to complex water-related issues.

The program is delivered by a team of experienced academic staff and industry experts, providing a rich learning environment that encourages collaboration and practical application. Students have access to state-of-the-art laboratories and facilities for experimental research. Moreover, the program promotes international exposure and collaboration, often involving joint projects and exchange opportunities with partner universities. Graduates of the MSc Water Technology are well-prepared for careers in water management, environmental consultancy, or further scientific research. They are equipped to contribute meaningfully to creating sustainable water solutions and ensuring the health and safety of communities worldwide.

Admission requirements

A Grade Point Average (GPA) for the BSc study of at least 70% of the maximum scale.

Other requirements

1. gemiddeld cijfer A Grade Point Average (GPA) for the BSc study of at least 70% of the maximum scale.
2. taaltoets cijfer For applicants whose mother tongue is a language other than English and/or who have not followed all their secondary and tertiary education in English sufficient proficiency in English is required by means of a minimum score of 6.0 on the Academic IELTS test (with a minimum score of 6.0 for speaking). Internet based TOEFL-iBT scores are also accepted. The required minimum score for admission is 80.
3. vooropleiding (ISPAC: vereiste vooropleiding) A relevant BSc degree (or equivalent) in the (related) field of Biotechnology or Chemical Engineering, based on a program of sufficient academic level and quality to be able to complete the Water Technology program.
4. cijferlijst A Grade Point Average (GPA) for the BSc study of at least 70% of the maximum scale.

The financing options for the Water Technology master's program at the University of Groningen primarily include government grants, scholarships, student loans, and personal funding. The program is typically eligible for Dutch and EU/EEA students to apply for government-funded student loans and grants, which are managed through the Dutch government’s institutions such as DUO. These financial aids help reduce the financial burden of tuition fees and living expenses during the duration of the course.

Additionally, there are numerous scholarships available to both international and domestic students, such as the Holland Scholarship, which offers financial support to talented students from outside the EU/EEA. The university itself provides various scholarships specifically targeted at international students, which applicants are encouraged to apply for early in the admission process. There are also external scholarship options provided by organizations, foundations, and industry partners which support students pursuing degrees in water management and related fields.

Students are also advised to explore loans and financial aid options available in their home countries, as many students finance their education through a combination of personal savings, family contributions, and external financial aid programs. The university offers guidance and counseling to prospective students on financing their studies, including workshops and online resources that detail application procedures for financial aid.

Part-time work opportunities are another source of income for students, with the university’s location in Groningen providing access to part-time jobs in various sectors. International students can work limited hours during the academic year, which can help offset some expenses. Furthermore, students are encouraged to seek research or teaching assistant positions within the university, which often include stipends or hourly wages.

It is important to note that tuition fees for the Water Technology program are known to vary based on the student’s nationality, and students should verify current fee structures on the official university website. Overall, the combination of governmental support, scholarships, personal funding, and part-time opportunities offers a comprehensive financial framework to assist students pursuing this master’s degree in Water Technology at the University of Groningen.

Water Technology at the University of Groningen is a multidisciplinary programme designed to equip students with the necessary knowledge and skills to address complex water-related challenges. The course covers a broad range of topics, including water quality management, water treatment processes, water distribution, and sustainable water use. Students learn about innovative technologies and methods that contribute to effective water management, focusing on both the technical and societal aspects of water issues. The programme emphasizes practical skills through laboratory work, fieldwork, and project-based learning, preparing graduates for careers in water industry, consultancy, research, and policymaking.

Throughout the course, students explore topics such as the chemistry and microbiology of water, water recycling, pollution control, and the development of sustainable water infrastructure. The curriculum integrates scientific principles with socio-economic considerations, enabling students to develop holistic solutions to water problems faced worldwide. Collaboration with industry partners and participation in real-world projects enhance practical understanding and professional development. The programme also encourages critical thinking, innovation, and responsibility towards environmental sustainability.

Graduates of Water Technology are prepared to work in diverse roles, such as designing water treatment systems, managing water resources, developing policies, and conducting research. The programme benefits from the university’s strong links with the water sector and its location near significant water management facilities. Students have opportunities for international exchange and internships, broadening their global perspective and professional network.

The degree is typically offered at the master's level, lasting one or two years depending on the track and specific programme components. Entry requirements include a relevant undergraduate degree in a related field such as environmental engineering, chemical engineering, or biology. The programme is primarily taught in English and attracts international students from around the world. Upon completion, graduates are equipped to contribute significantly to sustainable water management and technological innovation, addressing one of the most pressing environmental challenges of our time.