Our Schools

The Kazakh National University of Water Management and Irrigation (KazNUWMI) trains highly qualified professionals and researchers in engineering, environmental sciences, policy, and digital technologies to advance sustainable water development in Kazakhstan and beyond.
Academic programs are organized through eight specialized schools, each integrating scientific excellence with practical, real-world applications in the water–energy–food–environment nexus.

1. School of Water Resources and Engineering

Focus: Design, operation, and sustainable management of water resource systems — from dams and reservoirs to irrigation and hydraulic structures.

Key Areas:

  • Hydraulic modeling, flood control, and integrated water resource assessment
  • Nature-based and climate-resilient water infrastructure
  • Artificial recharge systems for groundwater recovery and ecosystem balance
  • Smart hydraulic operations supported by AI and IoT technologies
2. School of Water Supply and Sanitation

Focus: Safe drinking water, wastewater management, and urban sanitation systems for healthy and resilient communities.

Key Areas:

  • Centralized and smart water utility networks with real-time monitoring
  • Decentralized and low-cost sanitation solutions for remote areas
  • Circular approaches to wastewater treatment and resource recovery
  • Water quality management and hygiene technologies aligned with SDG 6
3. School of Irrigation and Agricultural Water Management

Focus: Sustainable agricultural production through efficient water use, soil management, and precision irrigation.

Key Areas:

  • Irrigation system design, water conveyance, and on-farm distribution
  • IoT-driven and sensor-based irrigation scheduling
  • Remote sensing for crop-water monitoring and yield optimization
  • Salinity control, soil moisture management, and nutrient recycling
4. School of Hydrology, Ecology, and Environment

Focus: Understanding hydrological systems and restoring natural ecosystems for environmental sustainability.

Key Areas:

  • Hydrological modeling, watershed forecasting, and drought–flood prediction
  • Nature-based solutions for wetland and river restoration
  • Artificial recharge and managed aquifer recovery (MAR) systems
  • Biodiversity protection, ecohydrology, and pollution mitigation
5. School of Architecture and Logistics

Focus: Sustainable design and efficient logistics of large-scale water infrastructure.

Key Areas:

  • Operation and maintenance of hydraulic structures and canals
  • Smart logistics for water distribution and system optimization
  • Sustainable construction materials and green infrastructure design
  • Infrastructure resilience planning under climate change impacts
6. School of Energy

Focus: Integration of renewable and conventional energy systems to support water and energy security.

Key Areas:

  • Design and operation of small hydropower and hybrid systems
  • Water–energy nexus: desalination, energy-efficient pumping, and reuse technologies
  • Industrial water management for oil, gas, and mining sectors
  • Transition to carbon-neutral and circular energy systems
7. School of Policy, Management, Governance, and Safety

Focus: Governance, institutional reform, and policy innovation for sustainable water management.

Key Areas:

  • Transboundary water cooperation and water diplomacy
  • Water law, regulatory frameworks, and institutional strengthening
  • Climate resilience, disaster risk reduction, and emergency planning
  • Stakeholder engagement and participatory water governance
8. School of Remote Sensing and Artificial Intelligence

Focus: Advanced digital technologies for water monitoring, early warning, and resource management.

Key Areas:

  • Satellite-based mapping of surface and groundwater resources
  • Machine learning for flood, drought, and snowmelt prediction
  • AI-driven decision-support systems for water allocation and risk management
  • Real-time geospatial analytics for emergency response and ecosystem monitoring

A Holistic Vision for Sustainable Development

Together, the eight schools of KazNUWMI form an integrated platform for education, research, and innovation — uniting engineering and technology with governance and environmental science.

Through this multidisciplinary structure, the university prepares a new generation of specialists equipped to lead Kazakhstan’s transition toward water security, climate resilience, and sustainable development.