International Master of Science in Water Resources and Environmental Engineering (WATENV)

This program addresses the global need for sustainable management of water resources, water supply, wastewater treatment and solid waste to protect present and future generations. It equips engineers and natural scientists to tackle pressing challenges such as growing water scarcity, flood risks and environmental pollution. Graduates learn to work across disciplinary boundaries with colleagues from different specialisms, preparing them for varied, internationally in-demand careers in water and environmental management.

WATENV is a research-oriented Master of Science taught in English and aimed at international students who want to qualify for demanding professional or research roles. The curriculum is interdisciplinary, combining core scientific and engineering training with applied problem-solving. Students can choose an optional specialization in Water Resources Management, Sanitary Engineering, or Resources and Environment (the latter offered as a double-degree option), allowing deeper focus depending on career goals.

Throughout the program you gain research skills, practical methods for managing water and environmental systems, and experience working in multidisciplinary teams. Graduates are prepared for roles in planning and operations, consulting, research institutions, government agencies, and international organisations that address water scarcity, pollution control, flood management and sustainable resource use.

Typical applicant profile and entry information

• Bachelor’s degree in engineering, environmental science or a related natural-science discipline
• Strong foundation in relevant scientific and quantitative subjects (e.g., hydraulics, chemistry, mathematics)
• Interest in research and interdisciplinary approaches to water and environmental problems
• Instruction is in English; applicants must demonstrate adequate English language proficiency per the university’s requirements
• International applicants are welcome; the programme is designed to prepare students for global careers and collaboration

Overview

This master’s curriculum begins with a foundational first semester that covers the essentials of water resources management, hydrology, natural sciences and environmental hydraulics. After this foundation, students select one of two specializations—Water Resources Management or Sanitary Engineering—for the second and third semesters, where taught modules build depth across technical and applied topics. Throughout semesters two and three, course topics include hydrology & water resources management, sanitary engineering, ecology, solid waste management, water supply, industrial water management, hydraulic engineering, flow and transport processes, coastal management, environmental economics and informatics, among others.

The taught programme is complemented by courses designed to develop transferable and scientific skills, and German language classes are available to support international students. For the standard single-degree track, the fourth semester is dedicated to a supervised master’s thesis that demonstrates the student’s ability to carry out independent research or applied engineering work.

Double-degree option (three-year track)

The double-degree pathway is offered jointly with Tsinghua University (Shenzhen International Graduate School). It runs over three years: cohorts of 15 students start each year at Hannover and 15 at Shenzhen. Students enrolled via Leibniz University typically spend the first year in Hannover focusing on mandatory modules, then move to Shenzhen for further modules and a practical phase that provides workplace experience in China. In this variant students write a master’s thesis at each partner university.

Program requirements (concise)

• Complete first-semester core modules in water resources, hydrology, natural sciences and environmental hydraulics
• Choose a specialization (Water Resources Management or Sanitary Engineering) and complete second- and third-semester modules
• Participate in soft-skill development courses; take available German language classes
• Single-degree track: complete a supervised master’s thesis in the fourth semester
• Double-degree track: three-year program including study in both Hannover and Shenzhen, a practical phase in China, and a master’s thesis at each university
• Follow the specific mobility and module sequencing rules of the chosen track (more details on the programme website)

Key modules (examples)

• Hydrology & Water Resources Management
• Sanitary Engineering and Water Supply Systems
• Environmental Hydraulics and Hydraulic Engineering
• Flow and Transport Processes
• Ecology and Solid Waste Management
• Industrial Water Management and Coastal Management
• Environmental Economics and Informatics

Learning outcomes

• Master and apply core scientific principles of hydrology, hydraulics and environmental sciences to water and sanitation challenges
• Design, evaluate and manage water supply, sanitation and industrial water systems with awareness of environmental impacts
• Analyze flow, transport and coastal processes to inform engineering and management decisions
• Integrate economic and informatics tools into environmental planning and resource management
• Conduct independent research and produce a supervised master’s thesis; (double-degree students) gain cross-cultural, practical experience and dual-thesis research competence
• Communicate technical results effectively and demonstrate the soft skills required for scientific and professional careers

For further details about structure, application and mobility rules see the programme website: http://www.watenv.de.

Graduates are prepared for demanding positions in water resources and environmental management, able to tackle issues such as water scarcity, flood risk and environmental pollution. The interdisciplinary and research-focused training equips students to work across specialist teams and to contribute to technical planning, management, policy development and research.

The international orientation and optional double degree expand career options in academia, research institutes, multinational engineering firms, public agencies and international organisations. The programme’s practical components and language offerings also help graduates adapt to work contexts in different countries.