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: Multilinear Algebra

Brief description of aims and content

 

 

This module intends to introduce students to Multilinear algebra: Bilinear and quadratics forms; Euclidean and unitary spaces Gramm-Schmidt orthogonalization process, diagonalization, Multilinear forms and their applications in the geometry of second order curves and surfaces, tensor algebra which generalize the concept of multilinear form. The role of the metric tensor in Euclidean space is highlighted.

 


Ordinal differential equation

The module investigates concepts of first and second order Ordinary Differential Equations (ODE) and their applications.


CLASSICAL MECHANICS

   Brief description of aims and content

 

This Module provides a working knowledge of vector analysis and classical mechanics. Students will be able to analyse physical situations and physical phenomena from the fundamental

principles related to classical mechanics. The general objectives of this module are at two years: Students will gain the knowledge and will develop the capacity to observe, to analyse, to apply, to interpret, and perform hands on activities related to classical mechanics.


MODERN PHYSICS AND ELECTRONICS

   Brief description of aims and content

 

This module deals with modern physics. It introduces elementary concepts of quantum mechanics, electronics and nuclear physics.


WAVES AND OPTICS

  Brief description of aims and content

This module is dedicated to waves and optics. The module introduces the basic concepts and principles of geometrical and physical waves and optics, as well as their applications.


DESCRIPTIVE STATISTICS AND PROBABILITY

1.            Brief description of aims and content

This module intends to introduce students to basic concepts of descriptive statistics and probability.


KINETIC THEORY AND THERMODYNAMICS

       Brief description of aims and content

This Module deals with basic concepts and principle of kinetic theory and thermodynamics. It provides a working knowledge of elastic properties of matter, hydrostatics, hydrodynamics, basic concepts of heat and thermodynamics, laws of thermodynamics and elements of kinetic theory of gases.

 


ELECTRICITY AND MAGNETISM

 Brief description of aims and content

The module introduces the basic concepts and principles of electrostatics, magneto statics, Maxwell Equations, propagation of electromagnetic waves, and their applications. The main aim of the module is to allow the student to explain electricity and magnetism phenomena, solve problem, perform experiments related to electricity and magnetism and apply teaching and learning strategies related to electricity and magnetism.


FUNDAMENTALS OF ALGEBRA

This module intends to introduce students on the basic concepts linear and multi-linear algebra and their applications to related topics.