Supply Chain Management

FINA 4371

Energy Value Chain

and Environmental Sustainability

Course Overview

FINA 4371 provides a comprehensive exploration of the global energy value chain, from resource extraction to end-use consumption. Leveraging Houston’s position as the global hub for the energy industry, this course offers students direct insight into the economic, operational, and strategic dimensions of energy systems. Students will examine how energy flows through interconnected supply chains, how value is created and captured, and how evolving technologies and sustainability imperatives are reshaping the future of energy.

Course Purpose

This course prepares students to understand and analyze the full spectrum of energy value chains across oil, gas, electric power, and renewables. Students will explore how energy markets function, how investment decisions are made, and how policy, environmental, and social factors influence the structure and evolution of energy systems. Emphasis is placed on developing a global perspective, critical thinking, and the ability to communicate complex energy issues clearly and effectively.

Learning Objectives

Upon successful completion of this course, students will be able to:

• Describe the structure and function of major energy value chains and their interdependencies.
• Analyze how energy value chains respond to shifts in market dynamics, regulation, and innovation.
• Evaluate the impact of sustainability, climate policy, and governance on energy systems.
• Interpret global energy trends and assess their implications for supply chain strategy and investment.
• Communicate insights and recommendations through written reports and presentations.

Selection of Topics Covered:

• Fundamentals of Energy Value Chains and Market Structures
• Oil, Natural Gas, Coal, and Renewable Energy Systems
• Electric Power Generation, Transmission, and Distribution
• Energy Economics, Investment, and Risk
• Climate Change, Sustainability, and ESG Considerations
• Fuels Transportation and the Future of Mobility
• Global Energy Demand Forecasting and Scenario Planning
• Policy, Regulation, and Geopolitical Influences on Energy Markets

Course Pedagogy and Experiential Activities

Students engage with real-world energy challenges through:

• Industry case studies that explore strategic decisions across different energy sectors
• Guest lectures from professionals in Houston’s energy ecosystem, offering firsthand insights into current trends and innovations
• A team-based presentation project that analyzes a contemporary issue in the energy value chain and proposes strategic solutions
• An individual research paper that deepens understanding of a specific energy topic and its broader implications

This course encourages students to think holistically about the energy landscape, integrating economic, environmental, and societal perspectives into their analysis.

Course Format and Assessment

Students interact with course content through lectures, readings, case discussions, and collaborative projects. Assessment is based on:

• In-class quizzes and case study analyses that reinforce key concepts
• An individual research paper that demonstrates depth of understanding and analytical rigor
• A team presentation project that emphasizes strategic thinking and communication
• Active participation in class discussions and engagement with guest speakers