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- To foster advanced research in quantitative risk management for
national and global infrastructure developments.
- To promote the
best infrastructure risk management practices among scholars and practitioners.
- To establish
effective and innovative risk management solutions for:
- Energy and Renewable Energy systems
- Water
and Wastewater-treatment systems
- Aerial, terrestrial and maritime transportation systems
- To promote
interest among US K-12 students in Risk Management applied to infrastructure developments.
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CURRENT RESEARCH
ENERGY - Project E1: Augmenting economical profitability of Renewable Energy power generators
(Amy Tang)
- Project E2: New methods for mitigating Energy
Risk (Feng Dong)
- Project E3: Game theory and Real
Options in PPP energy power generators (Cengiz Ucbenli)
TRANSPORTATION - Project T1: Renenue Risk Mitigation in PPP transportation projects (Nakhon
Kokkaew)
- Project T2: Innovative Stochastic models for Monte
Carlo simulation of BOT toll road's construction phase (Nakhon Kokkaew)
- Project T3: Copula applications for Risk Management in BOT toll bridge projects (Wei Wang)
- Project
T4: Advanced stochastic modeling of deterioration curves in Bridge systems (Wei Wang)
PUBLIC
PRIVATE PARTNERSHIP - Project P1: Dynamic
risk hedging contracts in PPP innvestments (Nicola Chiara)
- Project
P2: Advanced risk management with "Risk Flexibility Theory": setting the conceptual framework (Nicola Chiara)
- Project P3: Facilitating PPP negotiation closings using Risk Flexibility
Theory (Nicola Chiara)
- Project P4: New frontiers
in risk management using real options (Nicola Chiara)
- Project
P5: Quantitative Risk Mangement in PPP (Roberta Pellegrino)
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