Anhui Technical College of Water Resources and Hydroelectric Power
University
TBD, China CN
University in China
Programs (27)
Advanced Hydraulic and Fluid Mechanics Engineering
Doctoral program for advanced research in computational fluid dynamics, turbulent flow modeling, and hydraulic system optimization in water and hydroelectric applications. Requires original research contribution and dissertation.
Advanced Hydroelectric Systems Engineering
Graduate program covering advanced topics in hydroelectric facility design, optimization, and modernization. Students conduct original research on turbine efficiency, reservoir management, and grid integration.
Business Administration
Provides foundational business skills applicable to water utility management, procurement, and organizational operations. Covers accounting, finance, marketing, and human resources.
Chinese Studies and Technical Communication
Develops professional communication skills and cultural competency for international students studying engineering in China. Includes technical writing and cross-cultural workplace communication.
Civil Engineering
This program covers structural design, construction management, and infrastructure development with emphasis on water resources and hydroelectric projects. Students gain practical experience through laboratory work and field internships at dam and irrigation sites.
Computer Science and Technology
Trains students in software development, database management, and IT infrastructure with applications to water management systems and hydroelectric operations. Emphasizes programming and system design.
Construction Engineering and Management
Prepares students for construction project oversight, scheduling, quality control, and site management on water infrastructure projects. Includes building information modeling and construction technology.
Dam Engineering and Safety
Focuses on dam design, construction methods, structural safety, and maintenance protocols for both concrete and earthen dams. Includes case studies of major hydroelectric projects.
Electrical Engineering
Prepares students for power generation, transmission, and distribution systems in hydroelectric plants and grid management. Focuses on control systems and electrical safety standards.
Engineering Management
Combines engineering fundamentals with business administration, preparing graduates for project management and supervisory roles in water and power infrastructure sectors. Covers cost analysis, planning, and team leadership.
Engineering Technology Management
Focuses on managing technology-intensive projects in water and power sectors, including innovation adoption, organizational change, and strategic planning. Combines technical knowledge with management theory.
Environmental Engineering
Addresses water pollution control, wastewater treatment, and environmental impact assessment related to water infrastructure projects. Combines engineering principles with environmental science and regulatory compliance.
Environmental Sustainability and Hydroelectric Development
Explores ecological impacts, sustainable practices, and environmental rehabilitation related to hydroelectric and water resource projects. Integrates environmental science with engineering and policy perspectives.
Geotechnical Engineering
Specializes in soil mechanics, foundation design, and geological assessment for dam construction and water infrastructure. Laboratory testing and site investigation techniques are emphasized.
Hydraulic Engineering
Specializes in fluid mechanics, pipe flow systems, and pump operation for water conveyance and distribution. Emphasizes computational hydraulics and experimental methods in modern water infrastructure.
Hydroelectric Plant Operations Certificate
Short-term certification program for hydroelectric facility staff covering plant operations, safety procedures, equipment maintenance, and emergency protocols. Practical skills for immediate employment.
Hydroelectric Power Engineering
Specializes in the design, construction, and operation of hydroelectric facilities including turbine systems and power generation. The curriculum integrates hydraulic engineering principles with electrical power generation technology.
Industrial Safety Engineering
Addresses workplace safety protocols, hazard analysis, and risk management specific to water and energy infrastructure projects. Includes safety regulations and emergency response procedures.
Information Systems Management
Focuses on IT project management, data analytics, and enterprise resource planning systems used in water utility operations. Includes cybersecurity and network management training.
Mechanical Engineering
Covers design and maintenance of pumps, turbines, and mechanical systems used in hydroelectric and water management facilities. Includes CAD training and mechanical design simulation.
Power System Operation and Control
Trains students in the operational management of hydroelectric power plants, grid synchronization, and automated control systems. Includes SCADA systems and real-time monitoring technologies.
Power Systems Engineering and Smart Grids
Advanced study of electrical power systems, grid modernization, renewable energy integration, and smart grid technologies. Emphasizes real-world applications and emerging technologies in power distribution.
Renewable Energy Technology
Explores hydroelectric power as a renewable resource alongside solar and wind technologies, with emphasis on sustainable energy integration and grid modernization. Covers environmental and economic assessment.
Surveying and Mapping Technology
Develops skills in land surveying, topographic mapping, and GIS applications for water resource projects. Includes GPS technology, remote sensing, and digital mapping software training.
Water Resources Engineering
Focuses on water supply systems, irrigation management, flood control, and sustainable water resource development. Graduates are prepared for roles in water management authorities and engineering consulting firms.
Water Resources Management and Policy
Addresses strategic management of water systems, environmental policy, and stakeholder engagement in water resource development. Combines engineering principles with governance and sustainability frameworks.
Water Supply and Treatment Technology
Vocational program covering water treatment processes, distribution system maintenance, and quality assurance. Provides hands-on training for technician-level positions in water utilities.