In order to successfully obtain a Masters qualification, you will need to obtain a number of credits by passing individual modules. Most taught Masters will have a number of core modules which you must take and pass in order to obtain the qualification. The assessment of research Masters is almost always entirely by a single dissertation module or project.
Improvements made to manmade things such as tools, structures and machines are largely due to the efforts of people in the field of engineering. These people combine creativity with mathematics and worldly knowledge, resulting in innovation.
China is seeking to promote the development of first-class universities. China's economy is already the world's second largest and is still growing. Experiencing its culture and understanding its market growth will boost your career.
Owing to Beijing’s status as a cultural and political capital of China, many local and international students have flocked in this city, to study in various colleges and universities. The city offers great opportunities to higher education enthusiasts especially to those aligned towards technology.
Request Information Master's Degrees in Engineering in Beijing in China 2017
Students for the Master's degree are required to complete the curriculum in two or three years, obtain the designated credits, [+]
Master in Applied Sciences and EngineeringStudents for the Master's degree are required to complete the curriculum in two or three years, obtain the designated credits, and complete and defend the Master's thesis. Successful graduates will receive a graduation certificate along with the Master's degree, in accordance with the regulations of the Degree Committee.
General Scholars for advanced studies must complete relevant courses and programs in one year and will receive an advanced studies certificate.SpecializationMineral, Rock and Deposit Science Fluid Mechanics Engineering Mechanics Vehicle Engineering Civil Engineering Rock and Soil Engineering Structure Engineering Heating, Gas Supply, Ventilating and Air Conditioning Engineering Disaster Prevention, Disaster Reduction Engineering and Protective Engineering Bridge and Tunnel Engineering Biochemical Engineering Mineral Survey and Exploration Mining Engineering Mining Engineering Mineral Processing Engineering Safety Technology and Engineering Environmental Science and Engineering※ Environmental Science Environmental Engineering Metallurgical Engineering Metallurgical Physical Chemistry Ferrous Metallurgy Non-ferrous Metallurgy Industrial Ecology History of Science and Technology Materials Science and Engineering Artistic Design Mechanical Engineering Mechanical Manufacturing and Automation Mechatronic Engineering Mechanical Design and Theory Power Engineering and Engineering Thermophysics Engineering Thermophysics Thermal Engineering Power Machinery and Engineering Fluid Machinery and Engineering Refrigeration and Cryogenic Engineering Logistics Engineering Measuring and Testing Technologies and Instruments Electronic Science and Technology Circuits and Systems Microelectronics and Solid State Electronics Information and Telecommunication Engineering※ Telecommunication and Information Systems Signal and Information Processing Control Science and Engineering Control Theory and Control Engineering Detection Technology and Automation Equipment System Engineering Pattern Recognition and Intelligent Systems Computer Science and Technology Computer Architecture Computer Software and Theory Applied Computer Technology Industrial Economics International Trade※ Management Science and Engineering※ Finance Management Engineering Accounting Enterprise Management※ Technical Economics and Management Business Administration (MBA) ※ Mathematics Theoretical Physics Condensed Matter Physics Chemistry Biochemistry and Molecular Biology Solid Mechanics Physical Electronics System Engineering Applied Chemistry Philosophy of Science and Technology Civil and Commercial Law Science of Economic Law Socilogy Principles of Marxism Ideological Education Higher Education Literature Administrative Management Educational Economics and Administration Foreign Language and Literature ... [-]
The aim of this Master programme is to train high level engineers able to manage complex industrial projects and to become managers of companies. This is implemented [+]
Master Degree in Science and Executive Engineering
The aim of this Master programme is to train high level engineers able to manage complex industrial projects and to become managers of companies.
This is implemented through a multidisciplinary programme, with a high technical, scientific and socio-economic content, leading to a strong background of fundamental knowledge and of practical skills thanks to strong participation of lecturers from enterprises and implementation of internships in companies.
The curriculum lasts 2 years:
Graduate 1st year: focused mainly on engineering sciences