• Perform mathematical and statistical processing of scientific and applied activities;
• The ability to demonstrate in-depth knowledge and skills to conduct experiments, collect data, modeling and analysis of the results, systematic thinking and apply creativity to the formation of innovative ideas in geodesy and land management;
• Search and analysis of information from different sources and conducting research;

Space geodesy,
Higher mathematics.
Mathematical Statistics
Programming

Types of satellite measurements. Classification of measurement errors. The numerical characteristics of distribution errors. Criteria for evaluating the accuracy of measurements. Rejection measurements. Numerical methods for solving equations in one variable. Systems of linear algebraic equations. Methods for solving systems of linear algebraic equations. Exact methods. Iterative methods. Recovery tabular given function. Lagrange Interpolation polynomial. Spline interpolation. Approximation spreadsheet functions. Linear regression. Approximation by trigonometric and power polynomials. Methods of numerical differentiation and integration. Objectives and methods of optimization.

1. Zazulyak P.M., Havrysh V.I., Yevseyeva E.M., Yosypchuk M.D. Osnovy matematychnoho opratsyuvannya heodezychnykh vymiryuvan'.- L'viv: Rastr-7.- 2007.- 408 s.
2. Dzhenkins G., Vatts D. Spektralnyiy analiz i ego prilozheniya, t. 1, t. 2.- M.: Mir, 1972.
3. Prokopenko Yu.V., Tatarchuk D.D., Kazmirenko V.A. Obchyslyuval'na matematyka :Navch. posib.,- K.:2011.- 224s.

written reports by laboratory work, oral examination, test (30%);
final control (70 %, control measure, exam), written-oral form (70%).