Wolfram Mathematics

The Wolfram language allows you to do from simple calculations to complex and efficient programs, through presentations for classes and interactive work reports. WolframLanguage enables programmers to take advantage of built-in computational intelligence that is based on the vast number of deep algorithms and carefully integrated real-world knowledge over three decades. Scalable for small or large programs, with immediate local and cloud deployment, WolframLanguage is built on clear principles, and an elegant unified framework, to create what emerges as the world's most productive programming language and the first truly computational language for humans and AI.

General objective:

Know, apply and implement the Wolfram Language for teaching and research

Specific objectives

Understand the basics of language.

Implement Wolfram language functions to improve results

Develop interactive models for the cloud or CDF's

Methodology

Virtual platform:

The course will be held on the virtual platform of the Universidad del Azuay, which works with the Zoom program, entirely in Spanish and with an intuitive and accessible interface.

Participants will have access to the virtual platform to interact with the teaching materials, the teacher of the subject and their classmates.

In addition, the campus has other collective spaces, such as: the Continuing Training Department (for administrative and technical procedures), tutorial support room on topics taught on the platform and the graduate club for all those participants who finish and pass their course .

Intensive Tutorials:

The information is organized in 5 modules, each module can be accessed during the two weeks of the course. In the same way, they will be able to obtain the material, as many times as they require, just by entering the account of the virtual page.

Total 40 hours

Virtual platform: 16 hours

Autonomous work: 24 hours

Module I

Name: Introduction to Mathematica.

Hourly load: 2 hours in virtual platform plus 3 hours of autonomous work

Description: Know the basic characteristics of Mathemática and the fundamental syntax of the language.

Contents:

• The basics of Mathemática
• Manipulating text and presentations in Mathemática
• Wolfram language basics

Module II

Name: Interactive models and CDFs

Hourly load: 2 hours in virtual platform plus 3 hours of autonomous work

Description: Create interactive models and publish using the cloud or CDFs

Contents:

• Create interactive models
• Share Mathemática notebooks and CDFs publication

Module III

Name: Charts and Visualizations

Hourly load: 4 hours in virtual platform plus 6 hours of autonomous work

Description: Know, explore and create graphics with Mathemática

Contents:

• 2D and 3D graphics
• Data visualization

Module IV

Name: Algebra, Calculus, and Statistics

Hourly load: 4 hours in virtual platform plus 6 hours of autonomous work

Description: Know functions used in algebra, calculus and statistics.

Contents:

• Algebraic manipulation and equation solving
• Differential equations
• Linear algebra
• Probability and statistics
• Analysis of data

Module V

Name: Programming

Hourly load: 4 hours in virtual platform plus 6 hours of autonomous work

Description: Know the main features and functions of programming in the Wolfram Language

Contents:

• Functional programming
• Creation of Programs

Once all the modules have been completed, and the partial and final exams have been satisfactorily completed, an electronic certificate of approval of the course will be issued, with the Academic Endorsement of the University of Azuay and CEDIA.

The course is aimed at students and teachers of the Universidad del Azuay

mgt. Oswaldo Navarrete Carreno

Certified Wolfram Mathematic Instructor

Totally free

Virtual Platform of the University of Azuay

formacion.continua@uazuay.edu.ec