Bachelor of Hydropower Engineering

Mid-West University
4 years
Rs. 472784
Updated December 16, 2025

University

Mid-West University

Duration

4 years

Fee

Rs. 472784

Summary

Bachelor of Hydropower Engineering is a four-year undergraduate program under Mid-West University, designed to train engineers in hydropower generation, water resource management, and sustainable energy systems. It integrates theoretical and practical knowledge for the development and operation of hydropower projects in Nepal and beyond.

Description
The program focuses on hydropower as a critical resource for Nepal, combining civil, mechanical, and electrical engineering principles. Students gain expertise in water resource management, structural design, fluid mechanics, turbines, and electrical systems. Graduates are prepared for roles in hydropower project design, construction, operation, and management, as well as consultancy and research in renewable energy and water resources.

 

Description

Curricular Structure (Table)

SemesterCourses
IEngineering Mathematics I; Applied Mechanics I; Engineering Chemistry; Engineering Drawing I; Workshop Technology; Construction Materials; Basic Computer Concept and Programming
IIEngineering Mathematics II; Applied Mechanics II; Engineering Physics; Engineering Drawing II; Fundamentals of Thermodynamics and Heat Transfer; Basic Electrical Engineering; Basics of Water Resource
IIIEngineering Mathematics III; Basic Electronics Engineering; Strength of Materials; Fluid Mechanics; Surveying I; Engineering Geology; Communication English
IVTheory of Structure I; Surveying II; Hydraulics; Probability and Statistics; Engineering Hydrology; Soil Mechanics; Concrete Technology and Masonry Structures
VTheory of Structures II; Fundamentals of Hydropower; Computational Techniques; Foundation Engineering; GIS and Remote Sensing; Road Engineering; Electro-Mechanical Equipment; Survey Camp
VIDesign of Steel Structures; Design of Hydraulic Structures; Pumps and Turbines; Power System Apparatus; Engineering Economics; Rock Mechanics and Tunneling; Elective I
VIIHydropower Engineering Project I; Modeling in Water Resources; Design of RCC Structures; Construction Project Management; Estimating and Valuation; Elective II; Elective III
VIIIHydropower Engineering Project II; Entrepreneurship and Ethics; Internship; Hydropower Engineering Seminar

Electives

  • Elective I: Applied Hydrology, River Mechanics, Environmental Pollution and Management, Soil Conservation, Integrated Water Resource Management, Water Environment Conservation, Climate Change
  • Elective II: Earthquake Engineering, CAD, Advanced Geotechnical Engineering, Environmental and Social Impact Assessment, Earth Hazard, Low Volume Road Engineering, Prestressed Concrete Analysis
  • Elective III: Electrical Energy System Management, Rural Electrification, Alternative Power Generation, Community Development, Micro Hydropower System Design

 

 

Features

Features
• First hydropower engineering program in Nepal.
• Four-year, eight-semester structure under the Faculty of Engineering.
• Emphasizes practical learning with workshops, surveying camps, projects, and internships.
• Elective courses allow specialization in hydrology, geotechnical, environmental, and energy systems.
• Internship and seminar in the final year for industry exposure.
• Focus on entrepreneurship and ethical professional practice.

 

Admission Process

Admission Process (Points)
• Completion of 10+2 or Diploma in Engineering/Equivalent in Physical or Biological Science with minimum 45% and C grade in all subjects.
• Submission of entrance exam admit card and mark sheets/character certificates.
• Submission of higher secondary transcripts, citizenship certificate, and relevant proficiency/migration certificates.
• Foreign applicants must submit a copy of the passport.
• Reserved seat applicants must provide nomination or sponsorship letters from recognized organizations.

 

Job Prospects

Job Prospects
• Hydropower project design and management.
• Civil, mechanical, and electrical engineering roles in hydropower plants.
• Renewable energy consultancy.
• Water resource management and environmental assessment.
• Government and private sector engineering departments.
• NGOs and international organizations working in energy and infrastructure.
• Startups in energy, infrastructure, and environmental engineering