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Bachelor in Renewable Energy Engineering

 

:Bachelor in Renewable Energy Engineering

The Bachelor of Renewable Energy Engineering program is offered by UHA University,
an American university accredited by the International Education Quality Management (IEQM) in the United States of America.
The university has also been listed in the Times Higher Education Impact Rankings 2025.

:About the Program
The Bachelor of Renewable Energy Engineering program has been designed to provide students with a strong academic and engineering foundation in sustainable energy and modern energy technologies. The program combines theoretical knowledge with practical applications to prepare engineers capable of designing, developing, and operating renewable energy systems efficiently, in line with the global transition toward clean energy and sustainable development.
The program focuses on developing students’ engineering analysis, design, and problem-solving skills, while introducing them to the latest technologies in solar energy, wind energy, thermal energy, hydropower, and energy storage systems. Students also gain practical experience through applied projects, engineering laboratories, and field training using advanced simulation tools and specialized engineering software.

:Program Details
The program consists of 160 credit hours distributed over ten semesters across five academic years. It covers a wide range of fundamental and advanced topics in Renewable Energy Engineering, including:

  • Energy conversion and power systems
  • Solar thermal and photovoltaic systems
  • Wind energy and wind turbines
  • Hydroelectric and thermal power plants
  • Energy storage and smart grids
  • Power electronics and automatic control
  • Energy efficiency and energy management
  • Engineering modeling and simulation
  • Sustainable energy technologies and environmental systems

The curriculum also includes a variety of applied and elective courses that allow students to specialize in advanced and emerging fields such as smart grids, green hydrogen, sustainable energy project management, and advanced energy storage technologies.

:Study Plan (By Semesters)

First Year:
Semester One:

  • Mathematics (1)
  • Physics (1)
  • Engineering Drawing
  • Foreign Language (1)
  • Computer and Programming
  • Arabic Language

Semester Two:

  • Mathematics (2)
  • Physics (2)
  • Chemistry
  • Engineering Mechanics
  • Specialized Workshops
  • Foreign Language (2)
Second Year:
Semester One:
  • Mathematics (3)
  • Strength and Properties of Materials
  • Fundamentals of Electrical Engineering
  • Thermodynamics and Thermal Machines
  • Occupational Safety
  • Foreign Language (3)

Semester Two:

  • Mathematics (4)
  • Renewable Energy
  • Electrical Circuits
  • Information Technology
  • Fluid Mechanics and Hydraulic Machines
  • Foreign Language (4)
Third Year:
Semester One:
  • Electronics (1)
  • Electrical Machines (1)
  • Architectural Electrical Systems
  • Electrical Material Properties
  • Electrical Measurements and Instrumentation
  • Energy Efficiency

Semester Two:

  • Electronics (2)
  • Electrical Machines (2)
  • Electromagnetic Fields
  • Automatic Control
  • Digital Systems and Logic Design
  • Renewable Energy and Environment
Fourth Year:
Semester One:
  • Wind Energy (1)
  • Solar Energy (1)
  • Biomass and Waste Recycling
  • Decentralized Energy Supply
  • Solar Thermal Power Plants
  • Energy Economics and Statistics

Semester Two:

  • Heat Pump Applications
  • Hydroelectric and Thermal Power Plants
  • Power Electronics
  • Power System Protection and Communications
  • Electrical Machine Drives
  • Electrical Energy Storage
Fifth Year:
Semester One:
  • Wind Farm Design
  • Solar Field Design
  • Solar Thermal Energy Systems
  • Photovoltaic Solar Panels
  • Wind Turbines
  • Graduation Project

Semester Two:

  • Electrical Power Networks
  • High Voltage Engineering
  • Wind Energy (2)
  • Modeling and Automation of Renewable Energy Systems
  • Solar Energy (2)
  • Religious Culture 

Program Advantages:

  1.  Comprehensive Program:
    The program covers a broad spectrum of topics, ranging from fundamental engineering principles to advanced renewable energy and sustainability technologies.
  2. Practical Experience:
    Students participate in applied projects, advanced laboratory experiments, and field training in power plants and industrial facilities, enhancing their readiness for the labor market.
  3. Multidisciplinary Approach:
    The program integrates electrical, mechanical, thermal, and environmental engineering disciplines to provide a comprehensive education aligned with modern energy sector demands.
  4. Modern Tools and Technologies:
    Students gain hands-on experience with engineering simulation software such as MATLAB and PVsyst, as well as measurement and performance analysis tools used in the energy industry.
  5. Global Readiness:
    The program emphasizes innovation, sustainability, critical thinking, and teamwork, preparing graduates to work in highly competitive international engineering environments.

:Accredited Degrees
Study with us in the Bachelor of Renewable Energy Engineering program and earn an academic degree issued by UHA University and accredited by the International Education Quality Management (IEQM)  in the United States of America.

:Career Opportunities
The program prepares graduates for a wide range of careers in energy and sustainability sectors, including:

  • Solar Energy Systems Design Engineer
  • Wind Farm Operation and Maintenance Engineer
  • Power Systems and Energy Networks Engineer
  • Energy Storage and Smart Grid Engineer
  • Energy Efficiency Consultant
  • Renewable Energy Project Manager
  • Power Electronics and Control Engineer
  • Researcher and Developer in Clean Energy Technologies
  • Positions in governmental and international organizations related to energy and sustainability
  • Graduate studies and scientific research

This program enables graduates to excel in future-oriented industries with significant global economic and environmental impact while contributing to the transition toward a sustainable energy future.

:Program Fees

  • Tuition Fees: $300 per semester (paid per semester).
  • Total Fees: $3,000 for 10 semesters.
  • Registration Fee & Admission Letter: $75 (one-time payment upon registration).
  • Discounts:
    15% discount upon registration if fees are paid at the beginning of each semester.
    25% discount when paying the full program fees in one installment after receiving the admission letter.

Registration and Contact:

 

To register, please fill out the application form or contact us through:

WhatsApp (Student Affairs):
+90 505 556 6619
+1 206 704 7858


Direct contact with the admissions coordinator:
+1 605 846 9439

Website: www.uha.edu.eu
Email: info@uha.edu.eu
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