Obtaining comprehensive knowledge and practical skills in the field of mathematical modeling and computer technology, the development of mathematical models of processes specific to the construction industry. The use of modern software for the calculation of building structures and systems to ensure the life of buildings. Graduates are professionally proficient in modern software packages.
Students receive basic knowledge in the field of TIM technologies, and in-depth knowledge in the field of IT technologies and mathematics: service-oriented software; computer modeling and programming in mathematical packages; programming in R, 1C; big data analysis and machine learning, modeling of shell structures; statistical data analysis technologies and time series; digital image processing for solving various applied problems.
Studied profile disciplines:- Variational methods and variational principles in mechanics
- Wavelet analysis and digital image processing
- Methods of data processing and time series analysis
- Statistical software packages.
- R language
- Big data analysis
- Development of service-oriented software
- Modeling of environmental processes
- Computer modeling of nonlinear deformation of shell structures
- Research activities in software packages based on FEM
- Programming in BIM tasks
- Information modeling in construction
- Applied graphic packages
- Programming in 1C
- Methodology of scientific research
- in design and research and production organizations, management bodies, educational institutions, industrial enterprises, banks and other organizations associated with the use of computer modeling and data analysis;
- as heads of departments, divisions (specialists) in mathematical modeling in construction;
- as heads of departments, divisions (specialists) in data analytics and machine learning;
- as heads of departments, divisions (specialists) in the development of application software;
- as mathematician-engineers, mathematician-programmers.