On this page you can find all my teaching activities during my academic career. I am teaching exercise courses related to mathematical analysis, partial differential equations and applied functional analysis.

  • Partial Differential Equations, Master of Science in Mathematics (12 classes)
  • Mathematical Techniques for Engineers: Advanced Topics (E002683 - 18 classes)
  • Partial Differential Equations, Master of Science in Mathematics (12 classes)
  • Mathematical Techniques for Engineers and Physicists II (36 classes)
  • Basis Mathematics Tools, 1st Bachelor of Engineering (24 classes)
  • Partial Differential Equations, Master of Science in Mathematics (12 classes)
  • Applied Functional Analysis, Master of Science in Mathematics (12 classes)
  • Mathematical analysis, 2nd Bachelor of Engineering: architecture (24 classes)
  • Basis Mathematics Tools, 1st Bachelor of Engineering (24 classes)
  • Partial Differential Equations, Master of Science in Mathematics (12 classes)
  • Applied Functional Analysis, Master of Science in Mathematics (12 classes)
  • Mathematical analysis, 2nd Bachelor of Engineering: architecture (24 classes)
  • Basis Mathematics Tools, 1st Bachelor of Engineering (24 classes)
  • Partial Differential Equations, Master of Science in Mathematics (12 classes)
  • Applied Functional Analysis, Master of Science in Mathematics (12 classes)
  • Approximation Methods for Boundary Value Problems, Master of Science in Mathematics (12 classes)
  • Mathematic Models, Bridging Programme Master of Science (6 classes)
  • Mathematical analysis, 2nd Bachelor of Engineering: architecture (24 classes)
  • Basis Mathematics Tools, 1st Bachelor of Engineering (24 classes)
  • Partial Differential Equations, Master of Science in Mathematics (12 classes)
  • Applied Functional Analysis, Master of Science in Mathematics (12 classes)
  • Mathematic Models, Bridging Programme Master of Science (12 classes)
  • Mathematical analysis, 2nd Bachelor of Engineering: architecture (24 classes)
  • Mathematical analysis I: functions of one variable, 1st Bachelor of Engineering (18 classes)
  • Basis Mathematics Tools, 1st Bachelor of Engineering (48 classes)
  • Partial Differential Equations, Master of Science in Mathematics (12 classes)
  • Applied Functional Analysis, Master of Science in Mathematics (12 classes)
  • Mathematical Modeling in Engineering Science, Bridging Programme Master of Science (12 classes)
  • Mathematics 3, 2nd Bachelor of Engineering: architecture (12 classes)
  • Mathematical Analysis II: Functions of Several Variables, Bachelor of Engineering (15 classes)
  • Basis Mathematics Tools, 1st Bachelor of Engineering (48 classes)
  • Partial Differential Equations, Master of Science in Mathematics (12 classes)
  • Applied Functional Analysis, Master of Science in Mathematics (12 classes)
  • Mathematical Modeling in Engineering Science, Bridging Programme Master of Science (12 classes)
  • Geometry and Linear Algebra, Bachelor of Engineering (26 classes)
  • Mathematical Analysis II: Functions of Several Variables, Bachelor of Engineering (15 classes)
  • Basis Mathematics Tools, 1st Bachelor of Engineering (24 classes)
  • Applied Functional Analysis, Master of Science in Mathematics (11 classes)
  • Approximation Methods for Boundary Value Problems, Master of Science in Mathematics (2 classes)
  • Basis Mathematics Tools, 1st Bachelor of Engineering (24 classes)
  • Applied Functional Analysis, Master of Science in Mathematics (11 classes)