Power Engineering and Engineering Thermophysics

 
Objectives
The aim of this program is to impart a sound theoretical basis and a thorough professional knowledge of mechanical engineering to participants who should develop a rigorous scientific approach, pioneering spirit and strict academic morality.
Upon completion of the program, students are expected to:
1.      Be able to do high-level scientific research independently.
2.      Be expert at interdisciplinary research.
3.      Broaden their academic vision.
4.      Be proficient in a foreign language, especially obtain the necessary competency in reading foreign literature, writing papers and international communication.
 
Core Courses
Hours
Credit
Advanced Heat Transfer
48
3
Advanced Combustion Theory
32
2
Signal Analysis and Processing
48
3
Advanced Fluid Mechanics
48
3
Elastic-plastic Mechanics
48
3
Advanced Engineering Thermodynamics
48
3
Finite Element Method
48
3
 
Graduation & Degree Requirements
Students are required to complete a minimum of 16 credits for graduation.
 
Career prospects
Most of our graduates filled responsible positions relating to power engineering and engineering thermophysics in petroleum institutions. Some graduates pursue further studies.
Date: 2015-05-19