Duration: 2 years
Language: English
Training Objectives
This course is an academic master's degree of the second discipline approved by the state's independent setting, which is the cross-discipline consisting of applied mathematics, computational science, financial and statistics, simulation technology, management decision-making, engineering economy, civil engineering, and other fields.
The discipline studies applied mathematics problems with an engineering background, studying generic technology in the engineering technology or key technology. The theories and methods of these studies will be directly applied to the practical problems in the field of engineering.
This degree adopts English as an instruction language. The program provides students firm basic theories and systems expertise, and prepares them for scientific research, teaching work, or expertise work.
The program relates to using models to solve practical problems of engineering and financial engineering, application of computer simulation and big data processing, applying project management statistical methods for engineering project risk forecast and control, and so on.
Training Standards
The rapid development of Chinese economic construction and the Belt and Road strategy has led to the great demand of high-level engineering talents.
Along with the modern engineering trending to ultra-large type development and the structure becoming complex, the research methods based on classes through a large number of physical model tests to seek laws are no longer applicable today. Engineering construction and management have shown a trend of internationalization, informationization, and integration development. The increasing complexification and large scale of engineering construction put forward higher requirements for talents.
Modeling study, simulation test, data management, visual computing, risk control, and management decisions have become its innovation means. Engineering theory study has turned to quantification, systematic and accurate direction. Because Engineering simulation and statistics discipline advantage just reflects the change and development trend, the social demand of this discipline will present a growth trend. Crossover high-level professional talents cultivation of engineering and mathematics has become the urgent needs of the sustainable development of each country.
The project is based on key construction disciplines of Zhejiang province and Zhejiang province first-class discipline with a research institute and laboratory facilities. The scientific research ability and scientific research of the teacher’s team are at high level. Now we have a team with over 20 members, including seven professors, and more than 10 Ph.D. with overseas study experience.
Core Courses
Engineering Modeling and Simulation
Computer Simulation Technology
Numerical Calculation Method
Engineering Database
Advanced Statistical
Complex System Analysis and Application
Mathematical Finance
Project Investment
Engineering Economy
Risk Management and Control
Major Specialties
The theory and application of Engineering mathematics. To study the mathematical model of engineering problems in Applied Mathematics, engineering mechanics, building physics, and mathematical statistics with the direction. For example, engineering transportation and transportation allocation model, security network model, input-output and decision model, risk control and countermeasure model, etc.
(2) The numerical calculation and Simulation of engineering. The direction includes engineering calculation, numerical analysis, structural analysis and numerical simulation, numerical simulation, structure CAD and engineering design and construction process of data processing, visualization, engineering structure simulation experiment. The numerical simulation is realized on the computer and has the advantage of repeatability. The application platform applies numerical calculation and simulation technology for engineering design and theoretical analysis to provide visualization.
(3) Statistics and its application in engineering. The study of engineering economics, financial engineering, management statistics, etc., focuses on the statistical model, statistical forecast, risk assessment, and control of engineering management.
(4) Quantum information and quantum computing, which focuses on the following research orientations: efficient quantum algorithms, construction of quantum hardware and devices, quantum measurement and control, quantum communication and error correction, as well as quantum metrology.
(5) The study of micro- and nano- optics with research topics of design and fabrication of micro/nano-optical devices, development and application of micro/nanosystems, micro/nano optical printing, and application.
Main Internship and Practice
The working area of the talents is very wide, including civil engineering, traffic engineering, environmental engineering, hydraulic engineering, construction engineering, urban construction, project management, construction economy, the financial industry, securities investment, and industry work. Graduates could also be engaged in financial engineering, computer science, data analysis, computer simulation, project management, engineering economy, risk management, system engineering, economics, statistics, mathematical statistics, graphics, operational research in the fields of research and related work. Length of Schooling, Degree, and Credits Requirements for Graduation.
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