Interdependent cyber-physical energy systems require the effective integration of communication, computation, and control mechanisms, necessitating a holistic approach to their modelling and analysis as complex systems. My research focuses on leveraging the potential of computer science and information technology to advance the development of intelligent and resilient cyber-physical energy systems. My work draws on methodologies from complex systems analysis, data analytics, machine learning, optimisation, and game theory. A key focus of my research is the analysis and quantification of resilience in networked energy systems and self-organising mechanism design, with particular attention to cascading failures, systemic risk analysis, uncertainty quantification, and strategies for system hardening and recovery following catastrophic events.  I am also engaged in swarm computing research for edge-cloud continuum for infrastructure networks applications.