Andrea TELLINI
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  • Research
  • Teaching
    • Courses
    • Final degree and master projects
  • Seminars
  • CV & LINKS
  • Home
  • Research
  • Teaching
    • Courses
    • Final degree and master projects
  • Seminars
  • CV & LINKS

Courses

2022-2023
  • Ordinary Differential Equations I - Theory and Exercises (73 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Mathematics (2nd year)
  • Nonlinear Models in Mathematical Engineering - Seminar (1 hour)
              Universidad Politécnica de Madrid
              IMEIO Program (Ph D Course)

2021-2022
  • Linear Algebra - Theory and Exercises (56 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Electric Engineering (1st year)
              Double bachelor degree in Electric Engineering and in Electriconic and Automatic Engineering (1st year)
  • Numerical Methods - Theory and Exercises (42 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Mechanical Engineering (1st year)
  • Computer Science - Exercises (28 hours)
              Universidad Politécnica de Madrid
              Double bachelor degree in Mechanical Engineering and Engineering of Industrial Design and Product Developement (1st year)
  • Mathematical Modeling in Materials, Chemical and Environmental Engineering (30 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Industrial Technology Engineering (4th year)


2020-2021
  • Complements in Mathematics - Theory and Exercises (28 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Electriconic and Automatic Engineering (1st year)
  • Complements in Mathematics - Theory and Exercises (28 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Mechanical Engineering (1st year)
  • Numerical Methods - Theory and Exercises (42 hours)
              Universidad Politécnica de Madrid
              Double bachelor degree in Mechanical Engineering and Engineering of Industrial Design and Product Developement (1st year)
  • Numerical Methods - Exercises (14 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Chemical Engineering (1st year)


2019-2020
  • Complements in Mathematics - Theory and Exercises (70 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Electrical Engineering (1st year)
  • Numerical Methods - Theory and Exercises (42 hours)
              Universidad Politécnica de Madrid
              Double bachelor degree in Mechanical Engineering and Engineering of Industrial Design and Product Developement (1st year)
  • Computer Science - Exercises (28 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Engineering of Industrial Design and Product Developement (1st year)

2018-2019
  • Complements in Mathematics - Theory and Exercises (35 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Electrical Engineering (1st year)
  • Numerical Methods - Theory and Exercises (42 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Chemical Engineering (1st year)
  • Computer Science - Exercises (28 hours)
              Universidad Politécnica de Madrid
              Bachelor degree in Engineering of Industrial Design and Product Developement (1st year)
  • Métodos numéricos avanzados y ecuaciones diferenciales - Theory (2 hours)
              Universidad Politécnica de Madrid
              Master degree in Engineering of Production

2017-2018
  • Matemáticas II - Theory and Exercises (60 hours)
              Universidad Autónoma de Madrid
              Bachelor degree in Chemical Engineering (1st year)

2016-2017
  • Matemáticas II - Theory and Exercises (60 hours)
              Universidad Autónoma de Madrid
              Bachelor degree in Chemical Engineering (1st year)
  • Algèbre linéaire 1 - Theory and Exercises (72 hours)
              Université Paris Dauphine
              Bachelor degree in Mathematics, Computer Science and Applications to Economy and Business (1st year)

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2013-2014
  • Exercises of Classical Theory of Partial Differential Equations (26 hours)
              Universidad Complutense de Madrid
              Double degree in Mathematics and Physics (3rd year)
              Responsible: Miguel Ángel Herrero

2012-2013
  • Exercises of Classical Theory of Partial Differential Equations (4 hours)
              Universidad Complutense de Madrid
              Degree in Mathematics (4th year)
              Responsible: Julián López Gómez
  • Exercises of Ordinary Differential Equations (3 hours)
              Universidad Complutense de Madrid
              Degree in Mathematics (3rd year)

              Responsible: Julián López Gómez
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