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Resilience Engineering Core Concepts

Collectievan Urban Resilience: Engineering perspective

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5 resultaten in “Resilience Engineering Core Concepts”of zoek in alle leermaterialen

24 maart 2022

Transport Resilience

This 90-minute lecture reflects on long-term transport infrastructure and innovation investments from a resilience perspective. Three adaptation approaches are compared in terms of their strengths and pitfalls. Mobility as a Service is assessed in terms of its resilience characteristics but also the vulnerabilities due to greater dependency on the security and reliability of digital and energy platforms. Assignment included- Leylilijn rail line case

Presentatie

Carissa Champlin

7 maart 2021

About the Collections

This document provides an overview of the 7 Urban Resilience Community Platform collections and related learning outcomes. these collections are: RESILIENCE ENGINEERING CORE CONCEPTS DESIGN PRINCIPLES FOR CRITICAL SERVICES AND INFRASTRUCTURES MEASURING AND MONITORING OF RESILIENT UNDER UNCERTAINTY GOVERNANCE AND INSTITUTIONAL ARRANGEMENTS OF COMPLEX STE SYSTEMS ETHICS OF RESILIENCE DUTCH AND INTERNATIONAL CASE STUDIES URBAN RESILIENCE GAMES

Document

Carissa Champlin

5 maart 2020

Climate change and the development of resilient societies

Using recent IPCC reports an update is given on latest climate science developments. Extreme weather events like sea-level rise and droughts become more important. Measures to be taken are introduced: what needs to be done to build climate-resilient societies. A key element of such resilient societies is sustainability. Examples are given.

Video

Gerard van der Steenhoven

1 januari 2020

Resilience Ball and Cup Heuristics

'Ball and cup heuristics' is a common way of explaining the resilience of systems. It explains 3 resilience concepts: Engineering, Ecological and Socio-Ecological

Video

Juan Pablo Aguilar-López

1 januari 2020

Conceptual Differences of Risk, Resilience and Robustness

This is a game/exercise called “battle of concepts” to differentiate the concepts of resilience, robustness and risk. In this exercise, lecturer presents on the slide the definition or a case study description without indicating what the definition or a case study stands for, all of the students vote for the answers using a personal response system. In this lecture, lecturer distributes an a4 paper as a personal response system, with 3 different shapes representing risk, robustness, resilience. The main advantage of this learning activity is that each student has to read a concept and come up with an answer which makes sure that all students participate in the activity. In addition, the results lead to a debate between the students who give different answers to the presented question. In this activity, lecturer catalyses and manages the brainstorming activity between the students. Lecturer also has an opportunity here to understand the student’s level. In the end, lecturer reveals the result. The main disadvantage of this activity is that it might take quite a long time unexpectedly. Some questions might create a momentum between the students which might lead to a fruitful discussion/debate on certain question.

Document

Nazli Yonca Aydin