Digitalización en infraestructura de transporte from edX

Actualmente, existen retos globales con respecto al desarrollo inteligente de ciudades , en donde el principal objetivo es mejorar la calidad de vida de sus habitantes, teniendo en cuenta altos indicadores de densidad poblacional en ciudades principales, se hace necesario tomar medidas inmediatas para cerrar brechas y garantizar una calidad de vida decente para cada habitante del mundo.

La infraestructura representa uno de los puntos más importantes dentro del progreso de las ciudades, por lo cual es imperativo involucrar tecnología dentro de su desarrollo, que permita generar mayor eficiencia, colaboración y productividad en este sector, que es además representativo dentro del porcentaje de inversiones globales.

Existen hoy en día estudios e investigaciones que demuestran la relevancia de la tecnología dentro del desarrollo de la infraestructura, desde su conceptualización hasta su operación y mantenimiento. Por lo anterior, no sólo a nivel mundial, sino también en América Latina, se han creado grupos profesionales enfocados al uso de tecnologías eficientes para infraestructura 4.0.

En este MOOC, haremos un recorrido por diferentes regiones hispanohablantes, en donde tendremos la posibilidad de analizar casos de referencia de infraestructura de transporte terrestre de la mano de expertos que han explorado la transformación del sector, y a su vez, han encontrado amplios beneficios en términos de productividad, sostenibilidad y colaboración

What you'll learn

- Conocer la diferencia entre la infraestructura tradicional y la infraestructura en el contexto de la construcción 4.0.

Comprender el impacto de la digitalización de proyectos de infraestructura de transporte en su ciclo de vida y su aporte a la sostenibilidad.
Contrastar la aplicación de tecnologías de la industria 4.0 en distintos tipos de proyectos de infraestructura de transporte terrestre.
Identificar y analizar alternativas disruptivas que brindan la digitalización y la sostenibilidad en la planeación y estructuración de proyectos de infraestructura de transporte terrestre.

What's inside

Syllabus

Módulo 0 De la "infraestructura convencional" a la "infraestructura 4.0"

Unidad 0.1 – Introducción

Unidad 0.2 - ¿Qué y cómo aprenderé?

Unidad 0.3 – Networking

Módulo 1 - Infraestructura 4.0

Unidad 1.1 - Digitalización en la cadena de valor

Unidad 1.2 - Infraestructura inteligente: Combinación de activos digitales y físicos

Unidad 1.3 - Infraestructura 4.0 para un futuro sostenible

Módulo 2 - Infraestructura para el transporte vehicular

Unidad 2.1 – Carreteras y autopistas

Unidad 2.2 – Puentes

Unidad 2.3 – Túneles

Módulo 3 - Infraestructura para el transporte masivo

Unidad 3.1 – Ferrocarriles

Unidad 3.2 – BTR (Autobuses de tránsito rápido) Unidad 3.3 – Metros

Módulo 4 - Infraestructura para el transporte no motorizado

Unidad 4.1 – Espacio público e industria 4.0

Unidad 4.2 – Urbanismo y ciudades inteligentes

Módulo 5 – Actividad final

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Diseña proyectos de infraestructura con un enfoque en la sostenibilidad y la digitalización, habilidades muy solicitadas en la industria

Proporciona ejemplos concretos y estudios de casos de proyectos de infraestructura de transporte terrestre en el mundo hispanohablante

Cuenta con un equipo de instructores expertos en el desarrollo de infraestructura 4.0 en América Latina

Cubre una amplia gama de tipos de infraestructura de transporte terrestre, desde carreteras hasta BTR y metros

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 Digitalización en infraestructura de transporte with these activities:

Create a digital repository of course materials

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Organize and consolidate your course materials for easy access and future reference, enhancing your ability to review and reinforce your learning.

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Gather all relevant course materials, including lectures, notes, readings, and assignments.
Use a digital tool, such as a cloud storage platform or note-taking app, to store and organize your materials.
Create folders or sections within your digital repository to categorize different types of materials.
Regularly review and update your repository as new materials become available.

Develop a concept map of transportation infrastructure

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Visually represent the different types and relationships of transportation infrastructure, improving your understanding and retention.

Browse courses on Transportation Infrastructure

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Identify the main categories and subcategories of transportation infrastructure.
Establish the connections and dependencies between different infrastructure components.
Use visual elements such as diagrams, flowcharts, or mind maps to create a comprehensive representation.
Review and refine your concept map to ensure clarity and completeness.

Research and present on a smart city project

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Apply your understanding of smart city principles to a practical project, enhancing your comprehension and real-world application skills.

Browse courses on Smart Cities

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Select a specific smart city project or initiative that interests you.
Gather information about the project's goals, technologies, and implementation strategy.
Analyze the project's potential impact on urban development and sustainability.
Create a presentation to showcase your findings and insights on the project.
Share your presentation with your classmates or a wider audience.

Three other activities

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Explore case studies of sustainable infrastructure projects

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Learn from real-world examples of sustainable infrastructure design and implementation, expanding your knowledge of best practices.

Browse courses on Sustainable Infrastructure

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Identify reputable sources or platforms that provide case studies on sustainable infrastructure projects.
Select a few case studies that align with your interests or the course topics.
Thoroughly review the case studies, paying attention to the project's goals, challenges, and outcomes.
Summarize your key takeaways and insights from each case study.

Practice analyzing infrastructure project proposals

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Develop your analytical skills by examining infrastructure project proposals, enhancing your ability to evaluate their feasibility and potential impact.

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Obtain sample infrastructure project proposals from relevant sources.
Review the proposals carefully, paying attention to their scope, budget, timeline, and potential benefits.
Identify the strengths and weaknesses of each proposal.
Write a brief analysis of your findings, highlighting the key factors to consider in evaluating the proposals.

Attend a webinar or conference on infrastructure innovation

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Connect with professionals in the field and stay informed about the latest trends and advancements in infrastructure development.

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Research upcoming webinars or conferences related to infrastructure innovation.
Register for an event that aligns with your interests.
Attend the event and actively engage in discussions with speakers and attendees.
Follow up with any new connections you make.

Career center

Learners who complete Digitalización en infraestructura de transporte will develop knowledge and skills that may be useful to these careers:

Civil Engineer

Civil Engineers design, construct, and maintain infrastructure projects such as roads, bridges, dams, and buildings. This course provides Civil Engineers with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and sustainability of infrastructure projects. The course covers topics such as building information modeling, smart construction, and the use of drones in construction.

See salaries and explore the career path for Civil Engineer

Project Manager

Project Managers plan, execute, and close projects, ensuring that projects are completed on time, within budget, and to the required quality standards. This course provides Project Managers with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and effectiveness of project management. The course covers topics such as project management software, risk management, and stakeholder management.

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Urban Planner

Urban Planners develop and implement plans for the development and use of land in urban areas. This course provides Urban Planners with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and sustainability of urban development. The course covers topics such as smart cities, urban data analytics, and the use of geographic information systems (GIS).

See salaries and explore the career path for Urban Planner

Transportation Planner

Transportation Planners design and plan transportation systems, including roads, highways, public transportation, and pedestrian and bicycle infrastructure. This course provides Transportation Planners with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and sustainability of transportation systems. The course covers topics such as intelligent transportation systems, smart cities, and the use of data analytics in transportation planning.

See salaries and explore the career path for Transportation Planner

Construction Manager

Construction Managers oversee the construction of infrastructure projects, ensuring that projects are completed on time, within budget, and to the required quality standards. This course provides Construction Managers with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and productivity of construction projects. The course covers topics such as project management software, virtual reality, and augmented reality.

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Environmental Engineer

Environmental Engineers design and implement solutions to environmental problems, such as air pollution, water pollution, and waste management. This course provides Environmental Engineers with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and sustainability of environmental engineering projects. The course covers topics such as environmental monitoring, data analytics, and the use of artificial intelligence in environmental engineering.

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Data Scientist

Data Scientists collect, analyze, and interpret data to extract meaningful insights. This course provides Data Scientists with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and effectiveness of data analysis in the infrastructure sector. The course covers topics such as data collection, data cleaning, and data visualization.

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Architect

Architects design and plan buildings and other structures. This course provides Architects with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and sustainability of architectural design. The course covers topics such as building information modeling, sustainable design, and the use of virtual reality in architecture.

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Electrical Engineer

Electrical Engineers design, develop, and maintain electrical systems. This course provides Electrical Engineers with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and sustainability of electrical infrastructure. The course covers topics such as smart grids, renewable energy, and the use of artificial intelligence in electrical engineering.

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Industrial Engineer

Industrial Engineers design and improve industrial processes, such as manufacturing, logistics, and supply chain management. This course provides Industrial Engineers with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and productivity of industrial processes. The course covers topics such as process improvement, data analytics, and the use of artificial intelligence in industrial engineering.

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Sustainability Manager

Sustainability Managers develop and oversee environmental management plans for organizations to reduce their environmental impact. This course introduces students to digitalization in infrastructure, which is a critical aspect of sustainable development. The course provides knowledge on how to use technology to improve the efficiency and sustainability of infrastructure projects, which is essential for Sustainability Managers who work to reduce greenhouse gas emissions and promote sustainable practices.

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Landscape Architect

Landscape Architects design and plan outdoor spaces, such as parks, gardens, and public plazas. This course provides Landscape Architects with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and sustainability of landscape design. The course covers topics such as landscape planning, sustainable design, and the use of geographic information systems (GIS) in landscape architecture.

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Operations Research Analyst

Operations Research Analysts use mathematical and analytical techniques to solve problems in a variety of industries, such as transportation, logistics, and healthcare. This course provides Operations Research Analysts with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and effectiveness of operations research models. The course covers topics such as optimization, simulation, and data analytics.

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Software Engineer

Software Engineers design, develop, and maintain software systems. This course provides Software Engineers with knowledge on digitalization in infrastructure, which is essential for developing software solutions for the infrastructure sector. The course covers topics such as software development, software testing, and software deployment.

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Mechanical Engineer

Mechanical Engineers design, develop, and maintain mechanical systems. This course provides Mechanical Engineers with knowledge on digitalization in infrastructure, which is essential for improving the efficiency and sustainability of mechanical infrastructure. The course covers topics such as smart buildings, renewable energy, and the use of artificial intelligence in mechanical engineering.

See salaries and explore the career path for Mechanical Engineer