Master Program: Applied Mathematics and Informatics
Program code: 01.04.02
Computer technology has become essential in most areas of science and engineering. One efficient tool offered by it for study of natural, social and technological processes is computer simulation. The Master program in Computer Simulation for Ecology and Life Safety in Technosphere trains professionals with a specialization in mathematical simulation of natural and man-caused processes. Graduates are able to address complex problems of scientific and practical value using the latest software and hardware.
The curriculum includes such disciplines as History and Methodology of Applied Mathematics and Informatics, Methods of Applied Mathematics in Natural and Human Sciences, Modern Programming Languages and Systems, Experiment Design, Mathematical Simulation of Processes in Biosphere and Technosphere, Applied Statistics and Data Analysis, Modern Computer Technology, Methods for Monitoring and Optimization of the Environment, etc.
The major “Devices and Technologies for Quality Control and Diagnostics” is available within the framework of the Master program in Electronics and Nanoelectronics.
The program trains high-class multifunctional professionals with a focus on tool engineering, design of new methods of quality control and diagnostics of environments, materials, biological and technical objects. Students are able to expand their theoretical knowledge of control and diagnostics methods, and to build practical skills in design of hardware/software complexes for diagnostics and control as part of TUSUR R&D projects.
Teaching process
The teaching process is delivered by 4 Doctor of Science, 7 Candidate of Science, instructors and researchers. The teaching and research processes is supported by Postgraduate students of the Department. Partnership with the Smena Design Bureau provides a venue for students to test their research projects.
The program includes a period of R&D practical training that students carry out at some of the leading enterprises and research organizations with a strong interest in future employment of graduates.
Competencies and skills
Students pursuing this major acquire expertise in research and development of new methods and technologies for quality control and diagnostics, and experience in practical design of components for measuring instruments and control, diagnostics and testing systems.