Program Description
The Doctor of Philosophy (Ph.D.) in Renewable Energy is a terminal, research-intensive doctoral program designed to prepare scholars, scientists, engineers, policy leaders, and senior executives to advance innovation, research, and leadership in renewable and sustainable energy systems. The program integrates advanced scientific inquiry, systems engineering, energy economics, and policy analysis with applied research methodologies that address global energy challenges.
The program is structured to meet and exceed U.S. regional and national accreditation expectations for doctoral education, emphasizing original research, scholarly publication, comprehensive examinations, and a defended dissertation. It is benchmarked against doctoral standards found at leading research universities in the United States and is suitable for candidates pursuing careers in academia, national laboratories, government agencies, international development organizations, energy utilities, and advanced industry research and development (R&D) roles.
The minor in Sustainable Business Management in the Faith Community complements the technical rigor of the Ph.D. by equipping students with advanced leadership, financial, and organizational management competencies rooted in ethical stewardship and sustainability principles. This minor prepares graduates to lead faith-based institutions, nonprofit organizations, social enterprises, and mission-driven energy initiatives that operate at the intersection of renewable energy, economic sustainability, and community impact.
Program Purpose and Goals
The Ph.D. in Renewable Energy is designed to:
Develop high-level expertise in renewable energy systems, grid integration, energy storage, and emerging technologies
Prepare students to conduct independent, original, and publishable doctoral research
Advance leadership capacity in energy policy, economics, and infrastructure planning
Equip graduates to contribute to evidence-based decision-making at national and international levels
Integrate ethical, sustainable, and values-driven leadership through the faith-based business minor
Academic Focus Areas
Doctoral students engage in advanced study and research across key domains, including:
Advanced renewable energy systems and energy conversion technologies
Solar, wind, hydrogen, bioenergy, and emerging clean energy systems
Smart grids, microgrids, and energy informatics
Energy storage technologies and advanced materials
Energy systems modeling, optimization, and data analytics
Energy economics, finance, and infrastructure investment
Energy policy, regulation, and global governance
Research design, advanced statistics, and scholarly publication