Energy Engineering
At Quchan University of Technology Energy Engineering is offered at the Bachelor's level.
The history of Energy Engineering Department:
Department of Energy Engineering was established in September 2014 and started its activities with admission of B.Sc. students. The mission of the Energy Engineering Department in Quchan University of Technology is to train human resources who can extend knowledge and its application beyond the boundaries of its campus. It aims to stimulate the society by developing students’ intellectual, cultural, scientific, professional and technological expertise.
The academic staff of the Energy Engineering Department consists of 14 members, including 7 associate professors and 7 assistant professors.
Energy Engineering (Bachelor's)
Overview:
The Bachelor of Science in Energy Engineering is designed to provide students with a comprehensive understanding of the principles and practices of Energy engineering. The Energy Engineer focuses on the principles and technologies involved in converting various forms of energy into usable power. This program addresses critical issues related to energy efficiency, sustainability, and the development of renewable energy sources. Students learn about energy systems design, energy storage solutions, and the integration of renewable sources into existing infrastructures.
The Energy engineering Department provides the best to prepare and educate each student to be a leader and problem-solver for industry, academia, or the public sector.
Career Opportunities:
Energy Engineers can use their knowledge and expertise in a widespread range of industrial plants.
Graduates of the Energy Engineering program are well-prepared for a variety of career paths, including positions as design engineers, project managers, and research scientists. They possess the skills needed to drive technological advancements and improve systems across multiple sectors. Including positions as design engineers, project managers, and research scientists. They have the skills necessary to drive technological advancements and enhance systems across multiple sectors.
Laboratory Facilities:
The program features advanced laboratories such as:
Advanced Nanotechnology Laboratory: For students interested in nanotechnology, this lab offers resources for exploring materials at the nanoscale, enhancing their understanding of innovative material properties and applications.
Solar Energy Lab.
Courses offered in B.Sc. grade of the Energy Engineering Department:
|
Basic and Main Courses |
Specialized courses |
Specialized courses |
|
General Mathematics1 |
Fluid Mechanics |
Energy Environmental Effects |
|
General Mathematics2 |
Lab- Fluid Mechanics |
Energy Economics |
|
Differential Equations |
Heat Transfer |
Lab- Energy Auditing |
|
Physics II |
Lab- Heat Transfer |
Solar Energy |
|
General Chemistry |
Heat Transfer |
Solar Energy Lab |
|
laboratory General Chemistry |
Electrical Energy Systems 1 |
Wind Energy |
|
Public Workshop |
Electrical Energy Systems 2 |
Fundamentals of Nuclear Energy |
|
Computer Programming |
Lab- Electrical Energy Systems |
Principles of Hydropower Plants |
|
Industrial Drawing |
Mechanics of Materials and Materials Science |
Hydrogen Technology and Fuel Cell |
|
Numerical Computations |
Control |
Geothermal Energy |
|
Engineering Mathematics |
Fundamentals of Energy Systems Analysis |
Fundamentals of Reliability and Risk Analysis |
|
Engineering thermodynamics 1 |
Mathematical Programming |
Principles of Thermal Power Plants |
|
Engineering thermodynamics 2 |
Fundamentals of Renewable Energy |
An Introduction to Exergy Analysis |
|
Statics |
Energy Conversion |
Oil and Gas Systems Processing, Transmission and Distribution |
|
Artificial Intelligence in Chemical Engineering |
Fundamentals of Process Integration |
Special Topics in Energy Engineering |
|
Technical Language |
Energy Auditing |
Combined Heat and Power Systems |