Mechanical Engineering

The Master Program in Mechanical Engineering aims at fostering abilities such as:

• having a systemic understanding of the basic theories and advanced methods in Mechanical Engineering;
• mastering advanced theories and methods in mechanical design, manufacturing and analysis;
• being capable of conducting independent scientific research on mechanical systems with skills in computer technology and experimentation.

1. Mechanical design and theory: dynamical and strength analysis of metallurgical equipment; new metallurgical technology and equipment design and development; intelligent machine and controlled institutions; computer based modeling and simulation of electromechanical system; dynamical design of electromechanical system; virtual reality of mechanical system; mechanical CAD/CAM/CAE; fatigue of metal construction; complex construction of high temperature ceramic and metal; support software technology of CAD; bionic design; real-time machine vision; image detection and processing; smart machine and sensor technology; tribology and its application; mechanical vibration and its application; mechanical vibration noise analysis and intelligent control; mechanical fault diagnosis; intelligent machine and computer simulation technology;
2. Mechanical electronic engineering: Fault diagnosis and online monitoring for electromechanical system; digital servo system and intelligence control; computer aid measurement and virtual instrument; electromechanical system and industry robot; measurement and control of complex electromechanical-hydraulic system
3. Mechanical manufacture and automation: green manufacture; control of manufacture process; industry engineering and management system; information of manufacture enterprise; additive manufacturing process and equipment; CAD/CAM; modern manufacture process; control and simulation technology; precision manufacturing and measurement; information theory and technology of manufacturing process; automation of manufacture equipment; digital molding and manufacture; additive manufacturing
4. Vehicle engineering: optimize and lighting technology for vehicle; vehicle pollution control and clear fuel technology; vehicle electricity control technology; dynamical of vehicle; vehicle vibration and noise control; hybrid electric vehicle; vehicle testing technology; management of vehicle usage.

• Research institutions
• Academic institutions