23 septiembre 2019
9 semanas (45 horas de estudio estimadas)
Español
Promedio (1 Votar)
Puede ver la versión en español de este vídeo en el siguiente URL: https://youtu.be/WfWQQ_LKlK4

Certificado de Superación: «Curves in Engineering and Archit...

40€
Este curso ha cerrado la fecha de inscripción

  • karma
    Certificado de Participación: «Curves in Engineering and Architecture/ Las Curvas en Ingeniería y Arquitectura (5.ª edición)»

    Certificado de Participación: «Curves in Engineering and Architecture/ Las Curvas en Ingeniería y Arquitectura (5.ª edición)»

    badge

    ¿Cómo lo consigo?

    Se consigue cuando el alumno ha superado, al menos, un promedio del 75% de los módulos del curso. Este promedio se calcula dividiendo la suma del % obtenido en cada uno de los módulos, entre el número de módulos del curso. Reconoce la participación del alumno en el mismo. El certificado puede descargarse como un diploma en formato PDF y como un badge, que además, se muestra en la plataforma y puede exportarse a "Mozilla Open”

    Descripción

    The goal of this course is to study a theme that recurs throughout engineering and architecture – geometric curves –from a mathematical point of view in contexts such as construction, road safety, and industrial design. The course combines rigorous study with the exciting process of formulating a problem directed at practical applications and discovering its solution and uses in such applications.

Información de diplomas no está disponible temporalmente

Comparte este curso

¿Conoces a alguien que le pueda gustar este curso?
Cuéntale sobre él

Descripción de curso

The course comprises nine modules, each a week in length and consisting of five hours.
The course is structured in three parts that can each be studied independently:
Part I: Curves in construction and architecture.
Part II: Curves in road safety.
Part III: Curves in industrial design and manufacturing.
Each part consists of three modules with the following structure:

#1. The first, introductory, module describes the practical setting and a real world example or problem whose study involves curves.
#2. The second module presents the materials, ideas, and methods that will be used.
#3. The third module serves to deepen understanding and describe connections with related topics.

Knowledge of high school Mathematics and Physics is recommended.

Lista módulos

Module 0. Presentation Module 0. Presentation
Module 1. Introduction to curves in construction and architecture. Module 1. Introduction to curves in construction and architecture.
Module 2. Solving problems with curves in construction and architecture Module 2. Solving problems with curves in construction and architecture
Module 3. Learning more about curves in construction and architecture Module 3. Learning more about curves in construction and architecture
Module 4. Introduction to curves in road safety Module 4. Introduction to curves in road safety
Module 5. Solving problems with curves in road safety Module 5. Solving problems with curves in road safety
Module 6. Learning more about curves in road safety Module 6. Learning more about curves in road safety
Module 7. Introduction to curves in industrial design Module 7. Introduction to curves in industrial design
Module 8. Solving problems with curves in industrial design Module 8. Solving problems with curves in industrial design
Module 9. Learning more about curves in industrial design Module 9. Learning more about curves in industrial design