TY - CHAP
T1 - Resilience of educational communities in developing countries
T2 - World Conference on Earthquake Engineering 2021
AU - Parajuli, R. R.
AU - Agarwal, J.
AU - Xanthou, M.
AU - Sextos, A. G.
PY - 2021
Y1 - 2021
N2 - The resilience of the educational communities and the school infrastructure is of paramount importance to protect children from the various natural and man-made threats and to recover from the post-disaster trauma. However, after a natural disaster, it is typical for most efforts to focus on shelter, recovery and rapid reconstruction without due consideration of a wider framework for building back better school buildings and at the same time creating infrastructure, institutions and communities that are resilient to different shocks and stresses. Our current research which is conducted as part of a multi-disciplinary project SAFER (www.safernepal.net), using Nepal as a case study area, is addressing the above need. In this context, the purpose of this paper is to present the the development of a tool for resilience assessment of educational communities. Central to this is the identification and organization of resilience indicators under four dimensions covering physical infrastructure, governance, curriculum and community structure. These are informed by recent developments and guidelines but more importantly, by findings from our continuing engagement with the major stakeholders amongst educational communities. Different mechanisms including surveys, semi-structured interviews and workshops were used to elicit stakeholders’ knowledge and to inform the design of a set of questions for the evaluation of resilience. These questions range from physical infrastructure to environment, hazard awareness to preparedness, and social state to governance. All the questions with objective responses from each stakeholder are quantified and evaluated with reference to importance of the questions under respective resilience indicators. This ultimately leads to a resilience index together with a graphical view of the multidimension resilience indicators for the educational community. A mobile application with the above sets of questions and assessment methodology has been in parallel implemented to facilitate data collection during the survey within the educational community, as well as offering recommendations for resilience enhancement. The methodology and the tool can also be used for the self-assessment of resilience by the schools in developing countries and informing school improvement plans which are aligned to the Sendai Framework.
AB - The resilience of the educational communities and the school infrastructure is of paramount importance to protect children from the various natural and man-made threats and to recover from the post-disaster trauma. However, after a natural disaster, it is typical for most efforts to focus on shelter, recovery and rapid reconstruction without due consideration of a wider framework for building back better school buildings and at the same time creating infrastructure, institutions and communities that are resilient to different shocks and stresses. Our current research which is conducted as part of a multi-disciplinary project SAFER (www.safernepal.net), using Nepal as a case study area, is addressing the above need. In this context, the purpose of this paper is to present the the development of a tool for resilience assessment of educational communities. Central to this is the identification and organization of resilience indicators under four dimensions covering physical infrastructure, governance, curriculum and community structure. These are informed by recent developments and guidelines but more importantly, by findings from our continuing engagement with the major stakeholders amongst educational communities. Different mechanisms including surveys, semi-structured interviews and workshops were used to elicit stakeholders’ knowledge and to inform the design of a set of questions for the evaluation of resilience. These questions range from physical infrastructure to environment, hazard awareness to preparedness, and social state to governance. All the questions with objective responses from each stakeholder are quantified and evaluated with reference to importance of the questions under respective resilience indicators. This ultimately leads to a resilience index together with a graphical view of the multidimension resilience indicators for the educational community. A mobile application with the above sets of questions and assessment methodology has been in parallel implemented to facilitate data collection during the survey within the educational community, as well as offering recommendations for resilience enhancement. The methodology and the tool can also be used for the self-assessment of resilience by the schools in developing countries and informing school improvement plans which are aligned to the Sendai Framework.
KW - community resilience
KW - disaster preparedness
KW - education
KW - recovery
KW - school safety
M3 - Chapter
AN - SCOPUS:105027927780
VL - 2021
T3 - World Conference on Earthquake Engineering proceedings
BT - Proceedings of the World Conference on Earthquake Engineering 2021
PB - International Association for Earthquake Engineering
CY - Tokyo, Japan
Y2 - 13 September 2020 through 18 September 2020
ER -