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Mathematical Tools for Engineers
MT12

Description
Objectives: 
Mathematical modelling is widely used in the various fields of engineering. The mathematical techniques and numerical methods used to treat problems are very varied and sometimes complex. A good understanding is necessary for an efficient resolution and a correct interpretation of the results obtained.

Learning Outcomes:
- Master the theoretical bases and the main direct numerical methods for solving linear systems
- Understand the influence of matrix conditioning
- Be able to pose a linear least squares problem and master its numerical solution (QR factorisation)
- Be able to characterise the solutions to a non-linear optimisation problem and determine them numerically using simple descent methods (gradient)
- Understand the principle of convolution and master the Laplace transform
- Be able to use the Laplace transformation to solve a number of differential equations

Crédits ECTS
6

Langue d'enseignement
Français

Langue d'examen
Français

Langue des supports pédagogiques
Français/English

Acquis d'apprentissage fondamentaux

Entité de gestion (faculté)
Telecommunications and Networks ( UTT)