Advancing the science of sustainable infrastructure and operational excellence

Mark Rodgers is a leading authority on energy system optimization, climate infrastructure planning, and data-driven decision-making. His work shapes policy decisions and infrastructure investments affecting millions globally.

Mark Rodgers, PhD
$20B+ Infrastructure investment influenced through policy advisory
20+ Peer-reviewed publications in leading journals
9M+ Lives impacted through research-driven policy

Pioneering research at the intersection of systems optimization and sustainability

Climate & Energy Systems

Developing advanced optimization frameworks for power grid expansion planning, renewable energy integration, and decarbonization pathways that balance economic growth with environmental justice.

Infrastructure Policy

Translating complex analytical models into actionable policy recommendations for government agencies, informing multi-billion dollar infrastructure investment decisions across energy and transportation networks.

Supply Chain Analytics

Designing resilient supply chain architectures and demand planning systems that enable organizations to navigate uncertainty while maintaining operational efficiency and strategic agility.

Decision Support Systems

Creating simulation-based optimization tools and stochastic models that quantify risk, evaluate trade-offs, and support strategic decision-making under uncertainty for complex sociotechnical systems.

Measurable impact through applied research

Research that bridges academic rigor with real-world application, delivering quantifiable outcomes for organizations and communities.

$512K Active research funding for grid optimization and demand response integration
$500K+ Average value delivered per process optimization engagement
1,000+ Supply chain professionals trained through certification programs
40% Reduction in planning cycle time through optimized capacity models

Contributing to the academic discourse on sustainable systems

Equitable generation expansion planning: A data-driven approach to energy justice in hydroelectric power
Energy, Vol. 338, November 2025
Establishing frameworks for integrating equity considerations into infrastructure planning models
Designing Sustainable Power Grid Investment Plans for Economic Growth and Energy Security: A Case Study on Kenya
IEEE Transactions on Energy Markets, Policy and Regulation, September 2025
Demonstrating how optimization models can balance competing objectives in developing economies
Multi-energy microgrid expansion planning with reliability consideration based on deep reinforcement learning
Computers & Industrial Engineering, Vol. 207, September 2025
Advancing AI-driven approaches to resilient energy system design
Optimizing multi resource-based energy supply chains in developing economies: A periodic review model for affordable and sustainable solutions
Computers & Industrial Engineering, Vol. 192, June 2024
Creating scalable models for energy access in resource-constrained environments

Academic and advisory roles

Senior Lecturer in Discipline
Decision, Risk, and Operations
Senior Policy Advisor
Energy Infrastructure Planning & Optimization

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