Texas A&M University - College Station

What you'll study

The MWM combines coursework, applied modelling and research to develop expertise in surface water and groundwater processes, water quality, and integrated water resources management. Students study core topics in hydrology and hydraulics while also choosing electives that reflect disciplinary strengths such as engineering, environmental science, ecology and resource economics.

• Core modules and topics: watershed hydrology, groundwater hydrology, surface water hydraulics, water quality and treatment, hydrologic field methods, and statistical methods for environmental data.
• Analytical and technical skills: watershed and groundwater modelling, geographic information systems (GIS) and remote sensing for hydrology, numerical modelling, water balance and flux analysis, and programming for environmental data analysis.
• Policy and management: integrated water resources management, water law and policy, economics of water resources, and stakeholder engagement and conflict resolution.
• Applied experience: laboratory classes, instrumented fieldwork, case studies and group design projects that emphasise real‑world water challenges and multidisciplinary collaboration.
• Research component: students may undertake a research thesis or a project‑based practicum under faculty supervision, allowing specialisation in areas such as watershed restoration, contaminant transport, drought and flood risk assessment, or water governance.

Entry requirements

Applicants should hold a bachelor’s degree in a relevant discipline such as civil or environmental engineering, hydrology, geology, ecology, geography, agricultural science or a closely related field. A strong academic record in quantitative coursework (calculus, statistics, physical sciences) is expected.

• Academic preparation: undergraduate coursework in mathematics, basic fluid mechanics or hydrology, and laboratory or field methods is advantageous. Applicants without a directly related degree may be admitted conditionally with prescribed preparatory coursework.
• Supporting materials: a statement of purpose describing research or career objectives, academic transcripts, letters of recommendation, and a curriculum vitae or résumé.
• English proficiency: international applicants must demonstrate English language proficiency through recognised tests unless exempt by institutional policy.
• Standardised tests and experience: some applicants may submit GRE scores if available; relevant professional or research experience in water resources can strengthen an application.

Career prospects

Graduates from the MWM programme pursue a wide range of careers in the public, private and non‑profit sectors. The degree provides technical, analytical and management skills sought by employers working on contemporary water challenges.

• Water resources engineer or hydrologist in consulting firms and engineering companies
• Water quality scientist or groundwater specialist with municipal and regional utilities
• Technical or policy analyst for government agencies and regulatory bodies focused on water planning and environmental protection
• Environmental consultant in watershed restoration, floodplain management and contaminant remediation
• Research scientist or technical specialist in academic and research institutions, and a pathway to doctoral study
• Roles in international development, NGOs and industry addressing water security, resilience and climate‑related impacts

Why study at Texas A&M University - College Station

Texas A&M offers a strong, interdisciplinary environment for water studies, with faculty whose expertise spans hydrology, environmental engineering, ecology and policy. The campus provides access to advanced laboratories, field instrumentation and computational resources used for hydrologic modelling and water quality analysis.

• Research and facilities: opportunities for hands‑on fieldwork and access to experimental watersheds, instrumentation and laboratory facilities that support applied and fundamental research.
• Interdisciplinary collaborations: close links across colleges and departments encourage collaborations that integrate engineering, agricultural and environmental perspectives on water management.
• Professional connections: proximity to regional water agencies, consulting firms and governmental organisations provides internship and employment pathways, as well as applied project opportunities.
• Career development: career services and faculty mentoring help students translate technical training into roles in practice, policy and research.