Research

Share      

PhD Research Scholarships on Catastrophe Risk Management at ICRM

The Institute of Catastrophe Risk Management (ICRM) is pleased to invite applications from suitably-qualified candidates to apply for the PhD Research Scholarships on catastrophe risk management in the three main thrusts of seismic risk modelling and management, flood risk modelling and management as well as alternate risk transfer and financial engineering. There are up to ten positions available for these scholarships for August 2011, January 2010 and 2012 intakes, with 3 to 4 successful applicants in each batch. The information regarding the three research thrusts is given below.

Research Goals

The ICRM undertakes research projects and integrate efforts in science, engineering, finance, technology, socio-economic aspects related catastrophe risk. The goal of ICRM’s path-breaking research is to help the community better understand the fundamental characteristics of risks related to natural disasters or threats. ICRM has in place a long-term research plan that covers topics most relevant to the Asian region. The plan covers four main thrusts in risk modeling and management, namely :

  • Weather modeling and climate change study
  • Flood risk modeling and management
  • Earthquake risk assessment and management
  • Financial engineering and insurance related risk management

Through this research, ICRM aims to develop Asian catastrophe risk models and build up industry benchmarks and indices to reflect uniquely Asian catastrophe risks. These leading research outputs will be shared with the industry in a series of workshops on the four main thrusts that ICRM researchers and faculty will conduct over the next few years.

1. Weather modeling and climate change study

Observational record and global climate models have suggested a recent amplification of climatic contrasts across Southeast Asia. The changing weather patterns (such as the shift in the spatial and temporal distribution of precipitation) play very important roles in triggering more frequent extreme events, leading to profound influence on water resources systems in vulnerable areas. The objective of the study is to develop innovative methodologies in investigating impacts of extreme weather events on water resources systems, with a focus on weather simulation, climate change downscaling, and rainfall analysis. The project also aims to investigate the effects of typhoon on flood magnitude and frequency, using sophisticated numerical weather models. The research outputs are expected to help better understand the effects of extreme weather events, and improve capability of flood forecasting and long-term mitigation planning.

Requirements:

  • A recognized BS/BENG/MSc/MENG degree in civil / environmental engineering or other related fields
  • Interested candidates should preferably have strong interest in weather modeling, climate change impact assessment, and hydrological modeling
  • Some background knowledge of hydrology, hydraulics, and/or GIS interface would be an advantage
  • Good planning and management skills
  • A motivated individual with good communication skills
  • Have interest in conducting research and development projects

2. Flood related risk modelling and management

The objective of the project is to develop state-of-the-art concepts and practices in managing floods, with a focus on the development of innovative methodologies in flood-related risk modelling and management such as hydrological modelling, flood inundation modelling, flood risk mapping, damage evaluation and mitigation management. The project also aims to investigate the effects of climate change on flood magnitude and frequency, and evaluate the possibilities of reducing economic, financial and social losses by adopting scientific decision-support tools. The research outputs are also expected to help better understand the role of uncertainty in evaluating flood risks as well as the sources of risk and their quantification, and improve flood forecasting and warning, long-term mitigation planning, and emergency management response in south-east Asia.

Requirements:

  • A recognized BS/BENG/MSc/MENG degree in civil / environmental engineering or other related fields
  • Interested candidates should preferably have strong interest in flood modelling, climate change impact study, and flood risk management
  • Some background knowledge of hydrology, hydraulics, and/or GIS interface would be an advantage
  • Good planning and management skills
  • A motivated individual with good communication skills
  • Have interest in conducting research and development projects

3. Earthquake related risk assessment management

The objective of this project is to develop effective and efficient methodologies and tools for seismic hazard, vulnerability, risk and loss modeling, assessment and management with a particular focus on the Asian region. The project also aims to investigate short-term measures and long-term solutions for mitigating human, financial, economic and social losses. The research outcomes of this project are expected to improve and have impacts on seismic hazard and risk prediction, monitoring and warning, and mitigation strategy planning and emergency management for Asian countries. Some background knowledge of geophysics, seismology, structural dynamics, earthquake engineering and probability or statistics or GIS would be desirable.

Requirements:

  • A recognized BS/BENG/MSc/MENG/MPHIL degree in civil/structural engineering or other related fields
  • Background knowledge of geophysics, seismology, structural dynamics, earthquake engineering and probability or statistics or GIS would be desirable
  • Good planning and management skills
  • A motivated individual with good communication and programming skills
  • Have strong interest in conducting research and development projects

4. Financial engineering and insurance related risk management

The objectives of this project are to identify the financial engineering methodologies and analytics that are suitable for modelling alternate risk transfer mechanisms such as catastrophe bonds and other financial and insurance instruments. It also aims to develop the framework on catastrophe insurance as well as the application of catastrophe micro-insurance for selected developing areas of Indonesia such as Padang. It will investigate how sustainable and long term risk reduction solutions and innovative products in finance and insurance could be developed to assist in transferring and spreading the risks for the benefit of Asian countries, with initial case study on Indonesia.

Requirements:

  • A recognized BS/BENG/MSc/MENG degree in engineering. Candidates with education in economics, actuarial science, social science and finance are preferred
  • Candidates should preferably have strong interest in financial engineering and socio-economic study of catastrophe risks
  • Have knowledge and working experience on finance, actuarial science, risk assessment and modeling would be an advantage
  • Good planning and management skills
  • A motivated individual with good communication skills
  • Have interest in conducting research and development projects

Contact persons:

Please send a PDF file containing above project reference, a letter of application and CV via email to :

  • Asst Prof Qin Xiaosheng, xsqin@ntu.edu.sg on Flood risk modelling and management
  • Asst Prof Joseph Cheung, shcheung@ntu.edu.sg on Earthquake risk assessment and management
  • Prof. Edmond Lo, cymlo@ntu.edu.sg on Financial engineering and insurance related risk management

For application and additional information on eligibility criteria, coverage, bond of the scholarship,
please visit the link:
http://admissions.ntu.edu.sg/graduate/scholarships/Pages/ResearchScholarship.aspx