Modelización y análisis de inundaciones con Hec-RAS y ArcGIS from Udemy

Este curso práctico está diseñado para principiantes y profesionales que desean adentrarse en el mundo de la hidrología y la modelación de inundaciones. Empezando desde los fundamentos básicos, cada módulo está estructurado paso a paso, complementado con ejercicios prácticos que facilitan la comprensión y aplicación de los conceptos enseñados, permitiendo conocer los fundamentos esenciales en el manejo de Hec-RAS.

Al finalizar el curso con Hec-RAS y ArcGIS, los estudiantes tendrán la capacidad y confianza para realizar estudios detallados de inundabilidad. Podrán determinar con precisión las zonas inundables y cómo estas se relacionan con el planeamiento urbanístico y la ordenación territorial, proporcionando herramientas valiosas para la toma de decisiones en proyectos de desarrollo e infraestructura.

A diferencia de otros cursos que se limitan a impartir conocimientos técnicos, este programa educativo va más allá. No solo se entrega una formación técnica robusta, sino que se ofrece una descripción detallada, clara y sencilla de todos los pasos a seguir desde que se decide iniciar un estudio de inundabilidad hasta su presentación y defensa final ante stakeholders. Todo esto respaldado por la experiencia acumulada tras más de una década realizando estudios para diversas entidades, desde administraciones públicas hasta promotores privados y proyectos de investigación avanzada.

What's inside

Syllabus

Introducción al curso

Descripción general de los pasos de un estudio hidrológico-hidráulico

Cartografía de inicio necesaria para hacer el curso

Descarga e instalación de Hec-RAS y Hec-GeoRAS

Descarga de Hec-RAS y Hec-GeoRAS

Instalación de Hec-RAS y Hec-GeoRAS

Configuración de Windows

Configuración regional en Windows

Introducción a Hec-RAS y Hec-GeoRAS: interfaz y estructura de archivos

Interfaz de Hec-RAS

Estructura de archivos de Hec-RAS

Interfaz de Hec-GeoRAS

Un breve repaso por ArcGIS 10

Crear y editar capas en ArcMap

Activar la barra de herramientas Hec-GeoRAS

Obtener una imagen satelital de ArcGIS Basemap

Previos al estudio hidráulico: obtención de cartografía y trabajo de campo

Previos al estudio hidráulico

Trabajo de campo: qué información es necesario obtener del trabajo de campo

Calcular el caudal según periodo de retorno

¿Qué es el periodo de retorno?

Cálculo del caudal

Construcción de la Geometría en Hec-GeoRAS (RAS Layers)

Preparar el proyecto MXD

Crear un TIN a partir de curvas de nivel

Crear y dibujar el cauce del río

Crear y dibujar las orillas (Banks lines)

Dibujar el eje central del flujo (Create Flow Paths Layer)

Crear las secciones de control (Construct XS Cut Lines)

Agregar elementos adicionales (puentes, muros, edificios, flujos inefectivos)

Ejecutar los atributos

Exportar la Geometría (RAS Data)

Parametrización en Hec-RAS: importar la geometría hidráulica

Crear un nuevo proyecto en Hec-RAS

Importar la Geometría

Introducir coeficiente de rugosidad

Parametrización en Hec-RAS: puentes y entubamientos

Modelización de puentes y entubamientos (1 de 2)

Modelización de puentes y entubamientos (2 de 2)

Parametrización en Hec-RAS: ejecutar el análisis

Configurar el caudal y las condiciones de contorno

Ejecutar el análisis

Exportar los datos como SIG

Modelización en Hec-GeoRAS

Obtención de las láminas de inundación y otra información en ArcGIS

Visualización de resultados en Hec-RAS y Hec-GeoRAS

Visualización de resultados en Hec-RAS

Una vez que hayas finalizado puedes consultar el archivo 'Resultados ejemplo práctico.pdf', con una muestra de los resultados obtenidos por el profesorado, que deben ser similares a los de tu simulación.

Adenda: visualización de resultados en Google Earth

Exportar, visualizar y compartir resultados en Google Earth

Para la obtención del certificado del curso deberás superar el siguiente examen, alcanzando una puntuación mínima del 50%.

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Explores hydrology and flood modeling, which are core concepts in water management and flood control

Offers a comprehensive study of flood modeling using industry-standard software HEC-RAS

Taught by experts with over a decade of experience in flood studies

Provides clear guidance on every step of a flood study, from data collection to report writing

Involves hands-on exercises that allow learners to apply their knowledge to real-world scenarios

Requires proficiency in GIS software ArcGIS, which may limit accessibility for some learners

Reviews summary

Curso integral de tarot para principiantes

Según los estudiantes, este curso es altamente calificado con una enseñanza excepcional y contenido completo. Es fácil de seguir y claro, incluso para principiantes. Los estudiantes aprecian la experiencia en la enseñanza del instructor, su intuición y sus explicaciones detalladas. El curso utiliza videos, fragmentos de información y referencias a la taxonomía de Bloom para hacer que el material sea atractivo y fácil de entender.

El curso es adecuado para principiantes.

"Loved the course. It was easy to learn as Iam beginner"

"it is absolutely great! I am a total beginner and the explanations are great to understand the tarot clearly!"

El curso utiliza videos y fragmentos de información.

"I love this long course, less things to read and many lectures as videos"

"She speaks clearly and offers great insight to the new learner, like me"

"bite size nuggets of information"

Contenido fácil de entender.

"Easy to understand and lots of examples"

"simple to follow"

"Easy to understand for beginners"

El curso cubre todos los aspectos del tarot.

"truly educational course, Sal Jade teaches every aspect of the deck, leaving nothing out"

"It is an informative class that gives great feedback."

"You will discover more of yourself"

La instructora tiene mucha experiencia y conocimiento.

"Sal Jade teaches every aspect of the deck, leaving nothing out"

"Sal's background as a teacher really shows in the way she structures her courses"

"She really knows her stuff and is a great resource for mastering the tarot!"

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Modelización y análisis de inundaciones con Hec-RAS y ArcGIS with these activities:

Recopilación y organización de materiales de estudio

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Организовать и просмотреть материалы de estudio ayudará a reforzar el aprendizaje y a mejorar la retención de información.

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Recopilar notas, tareas, cuestionarios y exámenes
Organizar los materiales por tema o módulo
Revisar regularmente los materiales para mejorar la retención

Tutoriales prácticos de Hec-RAS

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Participar en tutoriales guiados de Hec-RAS proporcionará experiencia práctica y familiaridad con el software utilizado en el curso.

Browse courses on Hec-RAS

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Encontrar tutoriales en línea o en la documentación de Hec-RAS
Seguir los pasos de los tutoriales para crear un modelo hidrológico
Experimentar con diferentes parámetros y opciones de modelado

Show all two activities

Career center

Learners who complete Modelización y análisis de inundaciones con Hec-RAS y ArcGIS will develop knowledge and skills that may be useful to these careers:

Floodplain Manager

A Floodplain Manager is responsible for the management of floodplains. They use a variety of methods to manage floodplains to reduce the risk of flooding. This course is an excellent fit for those interested in floodplain management because it teaches you how to use Hec-RAS and ArcGIS to model and analyze floods.

See salaries and explore the career path for Floodplain Manager

Water Resources Engineer

A Water Resources Engineer is an engineer who designs and constructs systems for the management of water resources. They use a variety of methods to design and build systems that collect, store, and distribute water. This course may be useful to a Water Resources Engineer because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

See salaries and explore the career path for Water Resources Engineer

Hydraulic Engineer

A Hydraulic Engineer is an engineer who designs and constructs systems for the control and use of water. They use a variety of methods to design and build dams, levees, and other structures that control the flow of water. This course may be useful to a Hydraulic Engineer because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

See salaries and explore the career path for Hydraulic Engineer

Hydrologist

A Hydrologist is a scientist who studies the movement and quality of water on the Earth's surface and in the ground. They use a variety of methods to collect and analyze data on precipitation, runoff, and groundwater flow. This course may be useful to a Hydrologist because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

See salaries and explore the career path for Hydrologist

Environmental Engineer

An Environmental Engineer is an engineer who designs and constructs systems for the protection of the environment. They use a variety of methods to design and build systems that control pollution and protect natural resources. This course may be useful to an Environmental Engineer because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

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Wastewater Treatment Plant Operator

A Wastewater Treatment Plant Operator is responsible for the operation and maintenance of wastewater treatment plants. They use a variety of methods to treat wastewater to make it safe for release into the environment. This course may be useful to a Wastewater Treatment Plant Operator because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

See salaries and explore the career path for Wastewater Treatment Plant Operator

Urban Planner

An Urban Planner is responsible for the planning and development of urban areas. They use a variety of methods to plan and develop urban areas to ensure their sustainability. This course may be useful to an Urban Planner because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

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Environmental Scientist

An Environmental Scientist is a scientist who studies the environment and its interactions with humans. They use a variety of methods to collect and analyze data on the environment. This course may be useful to an Environmental Scientist because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

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Water Treatment Plant Operator

A Water Treatment Plant Operator is responsible for the operation and maintenance of water treatment plants. They use a variety of methods to treat water to make it safe for drinking. This course may be useful to a Water Treatment Plant Operator because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

See salaries and explore the career path for Water Treatment Plant Operator

Natural Resources Manager

A Natural Resources Manager is responsible for the management of natural resources such as forests, water, and wildlife. They use a variety of methods to manage natural resources to ensure their sustainable use. This course may be useful to a Natural Resources Manager because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

See salaries and explore the career path for Natural Resources Manager

Structural Engineer

A Structural Engineer is an engineer who designs and constructs the structural components of buildings and bridges. They use a variety of methods to design and build structures that are safe and stable. This course may be useful to a Structural Engineer because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

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Civil Engineer

A Civil Engineer is an engineer who designs and constructs infrastructure projects such as roads, bridges, and buildings. They use a variety of methods to design and build structures that are safe, efficient, and sustainable. This course may be useful to a Civil Engineer because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

See salaries and explore the career path for Civil Engineer

Transportation Engineer

A Transportation Engineer is an engineer who designs and constructs transportation systems such as roads, bridges, and railways. They use a variety of methods to design and build systems that are safe, efficient, and sustainable. This course may be useful to a Transportation Engineer because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

See salaries and explore the career path for Transportation Engineer

Geotechnical Engineer

A Geotechnical Engineer is an engineer who designs and constructs foundations for structures such as buildings and bridges. They use a variety of methods to design and build foundations that are safe and stable. This course may be useful to a Geotechnical Engineer because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

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Geographer

A Geographer is a scientist who studies the Earth's surface and its human and natural environments. They use a variety of methods to collect and analyze data on the Earth's physical features, climate, and land use. This course may be useful to a Geographer because it provides a foundation in the principles of hydrology and hydraulics, which are essential for understanding the movement of water on the Earth's surface.

See salaries and explore the career path for Geographer