The Main Campus of North China University of Water Resources and Electric Power offers a comprehensive range of undergraduate and graduate programs primarily focused on water resources, hydropower, and related engineering disciplines. As a key institution in China's higher education system specializing in water conservancy and electric power, the campus emphasizes practical, industry-oriented education to meet national demands in infrastructure and sustainable development.

Water Resources Engineering: This program covers hydrology, water supply systems, irrigation, and flood control. Students learn advanced modeling techniques for water resource management, including simulation software for river basin planning and environmental impact assessments. Courses integrate fieldwork in local reservoirs and hydraulic labs, preparing graduates for roles in government water agencies and international development projects.
Hydraulic Engineering: Core courses include dam design, hydraulic structures, and sediment transport. Emphasis is placed on computational fluid dynamics and structural analysis, with hands-on projects involving scale models of spillways and turbines. The curriculum aligns with China's Belt and Road Initiative, focusing on large-scale hydropower projects.
Electrical Engineering and Automation: Programs explore power generation, transmission, and smart grid technologies, with specializations in renewable energy integration like solar and wind power alongside hydropower. Students engage in automation control systems and PLC programming, supported by state-of-the-art electrical labs simulating power plants.
Civil Engineering: This discipline addresses geotechnical engineering, bridge construction, and seismic design, tailored to water-related infrastructure. Courses include finite element analysis and BIM software training, with collaborations on real-world projects like the South-to-North Water Diversion.
Computer Science and Technology: Focused on applications in water and energy sectors, courses cover data analytics for environmental monitoring, AI in predictive maintenance for power systems, and cybersecurity for smart utilities. Programming in Python and MATLAB is emphasized, alongside big data handling for hydrological forecasting.
Environmental Engineering: Addressing water pollution control, wastewater treatment, and ecological restoration, this program includes bioremediation techniques and GIS mapping for environmental assessments. Students participate in research on sustainable water use amid climate change.
Business Administration (with Water Resources focus): Combines management principles with sector-specific knowledge in project finance for hydropower ventures and policy analysis for water governance. Courses cover supply chain logistics for engineering firms and international trade in renewable energy.

Overall, the campus fosters interdisciplinary research through centers like the National Key Laboratory of Water-Sediment Sciences, offering over 50 majors across engineering, science, and management. With a student body exceeding 30,000, it promotes innovation via incubators and partnerships with enterprises like China Three Gorges Corporation. Graduates are highly employable in state-owned enterprises, contributing to China's goals in carbon neutrality and water security. The curriculum evolves with technological advancements, incorporating virtual reality for engineering simulations and global exchange programs for broader perspectives. This holistic approach ensures well-rounded professionals equipped to tackle complex challenges in water and power sectors.

North China University of Water Resources and Electric Power

North China University of Water Resources and Electric Power Campuses

North China University of Water Resources and Electric Power Employer Profile

Main Campus

North China University of Water Resources and Electric Power 2024 Postdoctoral Recruitment