Graduating distinguished engineers, in renewable energy engineering and its applications, able to compete in the labor market and contribute to conducting scientific research, by providing a distinctive and maintained educational environment that helps in society development.
Study Plan
Course details
This course covers modern measurement techniques and methods used in engineering.
This course studies advanced thermodynamics principles and their applications in systems.
This course introduces research methods and how to present research projects and findings.
This course focuses on managing energy usage in industrial and residential systems to improve efficiency.
This course focuses on advanced numerical methods to solve engineering equations.
This course studies fluid mechanics and its advanced applications in fluid dynamics.
This course introduces the basic principles of renewable energy and production technologies.
This course focuses on solar energy conversion and storage technologies for future use.
This course covers photovoltaic cell technologies and their use in generating electrical energy.
This course covers wind energy generation technologies and their applications.
This course explores hydrogen generation and storage methods as an alternative fuel.
Students prepare an independent research project on a renewable energy or environmental engineering topic.
This course examines policies and economic aspects related to renewable energy systems.