Education

Student-centered learning environment​

Attracts students who aspire to excel. Nurtures students to persist and to achieve. Prepares regionally, nationally and globally competitive graduates actively sought by employers. Provides a foundation and opportunity for life-long learning and adaptation to a changing world. Cultivates technology literacy in the general population. Instills a problem solving capability in our program students.

The focus of the programmes is on providing you with the necessary skills and competencies for a job in a specific field. This means that you will get practical, hands-on experience through internships, in addition to classroom instruction, working on projects and group assignments. After obtaining a bachelor’s degree you can enroll in a master’s programme or you can start working in your field of study.

The Master’s program is offered for various disciplines and prepares students for advanced work in their field. Studies leading to the Master’s degree are designed to give the candidate thorough and comprehensive knowledge of his or her professional field, as well as training in data interpretation and analytical skills. 

Disciplines

Bachelor's programme

Here is the list of disciplines of the Bachelor’s educational program are taught by the academic staff of the department. Read the complete list of the disciplines on the page of the program 01.03.01 Mechanics and mathematical modeling.

  • Theoretical mechanics
  • Analytical mechanics
  • Computer Graphics
  • Computer Aided Mathematics
  • Introduction to mechanics
  • Modern problems of mechanics
  • Stability and Motion Control
  • Mechanics of a deformable solid
  • Physics workshop
  • Computational experiment
  • Technology and programming languages
  • Multiprocessor computing
  • Elements of celestial mechanics
  • Theory of elasticity
  • Databases
  • Numerical solution of problems of fluid and gas mechanics in the Mathcad application package
  • Numerical methods
  • The finite element method in problems of mechanics
  • Automatic control theory
  • Mathematical models in the mechanics of a deformable solid
  • Asymptotic methods in nonlinear mechanics
  • Numerical methods in fluid and gas mechanics
  • Oscillation theory
  • Solving problems of continuum mechanics using modern software packages
  • Engineering methods in deformable solid mechanics
  • Information technology in the problems of mechanics
  • Applied problems of rigid body dynamics

Master's programme

Here is the list of disciplines of the Bachelor’s educational program are taught by the academic staff of the department. Read the complete list of the disciplines on the page of the program 01.04.03 Mechanics and mathematical modeling.