Research
I aim to support infrastructural planning decisions in the energy and water sectors, focusing on increasing resilience to future socioeconomic and climate change uncertainties. My research seeks to reconcile traditional cost-minimization approaches with environmental and social objectives, advancing sustainable development.
From a methodological perspective, I focus on developing and applying techniques from evolutionary multi-objective optimization, stochastic optimal control, operations research, and artificial intelligence to address complex sustainability challenges.
Integrated water-energy-climate modeling
Published
- Sequencing African hydropower projects within energy system planning
- Reducing conflicts between environmental and energy objectives for African hydropower planning
- Joint optimization of planning and operations in the Zambezi River Basin
- Impact and vulnerability assessment of European electricity systems under climate change
Decision-making under uncertainty for climate policy
Published
- Multi-objective optimal control for climate policy design
- Self-adaptive multi-objective climate policies to align mitigation and adaptation strategies
- Robust decision-making to align economic, environmental, and social objectives in climate policy design
In progress / under review
- Cooperative multi-agent policy search for climate policy
Technology innovation
In progress / under review
- What is the predictive skill of experience curves for technology forecasts?