Program Description

First-class major

Energy and Power Engineering was selected as one of the national first-class undergraduate majors in 2019. The major has a first-level discipline doctoral degree authorization point of Power engineering and engineering thermophysics (including 6 second-level disciplines and self-set disciplines of clean energy and environmental protection) and post-doctoral mobile station. The first-level discipline of power engineering and engineering thermophysics is the key discipline and the dominant discipline in Jiangsu Province.

National Scientific Research Platform

This major has three national research platforms: International Research Center of Energy Saving Technology for Fluid Engineering Equipment, National 111 Talent Base of Fluid Machinery Equipment and Technology, and National Research Center of Water Pump and System Engineering Technology. Students can conduct research work with the help of national scientific research platform.

International Joint Research Laboratory

Energy and power engineering has established Energy Innovation International Joint Laboratory of China-Thailand, Fluid and Power Engineering International Joint Laboratory of China-South Korea, New Energy Materials International Joint Laboratory of China-Norway and Materials Science Joint Laboratory of China-Denmark.

This major has research characteristics in the field of energy and power engineering, and has the ability to undertake international joint and national major projects, and has an important impact in countries along the "the Belt and Road".

CURRICULUM

Main Courses:

Undergraduate program include main professional courses such as ：

* Fundamental Control of Energy and Power Engineering

* Principles of Fluid Machinery

* Experimental Techniques for Fluid Machinery

* Numerical Simulation of the Internal Flow in Impeller Pump

* Design of Fluid Machinery

All the above courses consist of experimental classes and skills training classes

Core Courses:

Thermodynamics

Engineering Thermodynamics is a professional basic course for energy and power engineering. Through study of this course, students mainly learn the laws and applications of the mutual conversion between thermal energy and mechanical energy or other energy. Students can scientifically understand and master the basic principles of thermodynamics and energy conversion laws, and master the methods and means of engineering thermodynamics analysis problems, and can apply the knowledge of engineering thermodynamics to the thermal equipment and thermal processes involved in the engineering application of mechanical manufacturing.

Measurement Technology of Energy and Power Engineering

Measurement technology is an important method of promoting technological progress in the field of energy and power engineering. This course aims to train students to master and understand the testing technology commonly used in the field of energy and power engineering. The course focuses on the understanding of the principle and application process of common measuring instruments in energy and power engineering. Through study of this course, students could understand the measurement instruments and methods of sensors, flow velocity, pressure and other key parameters commonly used in the field of energy and power engineering.

Cognitive Practice

The school arranges students to take part in practice and visit various factories to get familiar with the business scope of energy and power engineering, so as to better understand the development prospect of this major and lay a good foundation for future employmen

Academic Research

Out-of-school experts teach lectures on relative energy and power extreme technologies each year. Students can attend lectures in their spare time to put forward their own opinions on some problems and exchange ideas with teachers. Lectures study and experiments could expand students research ideas and inspire their inspiration.

Career Development

Energy and power engineering is widely used in many industrial fields, such as electric power, automobile, aerospace engineering, and agricultural engineering. Graduates can engage in many aspects of specific work, such as power equipment system design, operation, automatic control, information processing, computer applications, environmental protection, new energy development, energy efficient and clean utilization. Students can use their own professional knowledge to make contribute to the construction of their country.

Entry Requirements

Academic Requirement:  High School Degree          

Score Requirement: Above 70% or B or equivalent

HSK Requirement: No                                            

English Requirement: Ielts: 6; Toefl: 70 or other equivalent

Application Materials

1. A passport photo 

2. Copy of passport (the photo page)

3. Copy of your High-School degree transcript (Notarized English translation if applicable )

4. Copy of your High-School degree certificate (Notarized English translation if applicable )

5. English language proficiency certificate (non-English speaking countries)

6. Family financial statement

7. Foreigner Physical Examination Form

8. Non-criminal Record Certificate