Consorcio Interuniversitario de Galicia

Consorcio para o desenvolvemento de aplicacións de xestión universitaria de Galicia

2025, CXG, Maxima
250051
1ra Edición
Maxima: Symbolic Calculus and Computer Algebra Software

Horas:

20 horas

Financiación:

Aporte Universidades

Destinatarios:

Persoal PDI

Prazas

PAS

PDI

10

PAS

PDI

PAS

PDI

20

Datas, Horarios e Sesións

Data Inicio

02/04/2025

Data Peche

30/04/2025

Tipos Formación

Formación Online

Datas e horarios

Non procede

Número Webinars

Enlace ao curso

Enlace non requirido ou non creado o curso na plataforma de formación.

Necesidades, prerrequisitos e inf. xeral

Necesidades a cubrir

To train participants in the symbolic treatment and resolution of polynomials, matrices, functions, handling of graphs, derivation, integration and, in general, obtaining the knowledge and skills of the processes related to symbolic calculus and computer algebra through the open source software tool Maxima and its graphical outline wxMaxima.

Prerrequisitos

Basic knowledge of algebra and computer science.

Carácter

Online training through CIXUG's virtual classroom: https://formar.cixug.es/

Medios necesarios

A computer with internet access

Datos persoal Formador e Titor

Persoal formador

Miguel Ángel Rodríguez Muíños

Empresa contratada

Miguel Ángel Rodríguez Muíños

Titor

CIXUG

Descrición

Maxima is a computer algebra system, written in Lisp language and released under the open source GNU GPL, used for the manipulation of symbolic and numerical expressions, including differentiation, integration, Taylor series expansion, Laplace transforms, ordinary differential equations, systems of linear equations, vectors, matrices and tensors. Maxima produces high-precision results using exact fractions, arbitrary-precision integers and floating-point numbers with variable precision. In addition, it can graph functions and data in two and three dimensions.

Competencias a desenvolver

  1. Being familiar with the use of the open source software Maxima.
  2. Being familiar with the handling of the graphical user interface wxMaxima.
  3. Learning to handle numbers and to perform operations with them, as well as the creation and handling of data structures.
  4. Knowing and performing algebraic transformations, solving equations, matrices, derivatives, integrals
  5. Realisation of 2D and 3D graphics
  6. Acquire knowledge of statistical probability with Maxima.
  7. Acquire basic knowledge of programming with Maxima.

Metodoloxía

Each of the topics consists of a theoretical part, with documentation and explanatory videos, and a practical part, with the resolution of evaluable exercises. In addition, the platform measures the connection time of each participant, a criterion to be taken into account for the final evaluation.

The platform also has a messaging system and forums where you can contact the trainer to ask any questions you may have.

Temario

1. Introduction to Maxima
  • What is Maxima?
  • Installation
  • How to use wxMaxima
  • Help and documentation
2. Numbers, operations and data structures

 

3. Algebra
  • Matrices
  • Polynomials and Equations
4. Calculus
  • Functions
  • Derivatives
  • Integrals
5. Graphs

 

6. Probability and Statistics

 

7. Programming
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