Using an outside organization or one of the learning institutes within the College, the student must submit a paper with an analysis of their experiential learning, prepare an industry bibliography and write a paper summarizing the tasks and accomplishments encountered within the organization.

Supervised experiential learning in which the student works as an intern at an external business organization, gaining foundational hands-on experience across the functional areas of the business.

Continuation of supervised experiential learning at an external organization with increased responsibility and analytical engagement beyond BUSI 5361 (Internship I).

Advanced experiential learning internship at an external business organization emphasizing strategic analysis, leadership, and measurable value creation beyond BUSI 5361 (Internship I) and BUSI 5362 (Internship II).

The global enrichment program allows students to increase their interest in other cultures, become less ethnocentric as they become aware of cultural differences, develop language skills within a cultural context and become more culturally sensitive and accepting. Students can make professional contacts, gain a sense of direction for their future career and gain a sense of responsibility in working on a project.

This introductory course comprehensively explores the dynamic global energy sector, emphasizing its economic, technological, and environmental complexities. The course examines foundational principles and current energy production, consumption, and policy challenges. Key topics include the evolution of energy markets, regulatory frameworks, market dynamics, and the interplay of geopolitical and economic forces. Leveraging interdisciplinary insights, the course delves into energy markets, environmental externalities, and the financial mechanisms related to energy investments. The curriculum will use various innovative teaching methods, including case studies, interactive business and industry simulations, and strategic projects to demonstrate practical applications of theoretical concepts. A central outcome of the course is developing a rigorous research project focused on energy economics, operations, policy, marketing, or a topic assigned by the faculty. This will allow doctoral candidates to understand the energy sector comprehensively.

This advanced course explores the intricate relationship between financial reporting, valuation techniques, and quantitative modeling to equip scholars with the tools necessary for rigorous analysis in academic and applied settings. It provides an in-depth understanding of financial statement analysis, corporate valuation techniques, and sophisticated modeling strategies. Leveraging case studies and academic research, the course emphasizes real-world applications, including the energy sector and other critical industries. Students will develop expertise in adapting valuation models for unique sectoral requirements and explore advanced topics like project finance structures and risk management under uncertainty. A core component of the course for doctoral candidates will be a research paper focusing on financial disclosure and valuation practices within the energy business or an industry assigned by the faculty. By the end of the course, participants will be adept at synthesizing financial data, identifying red flags in disclosures, and constructing robust valuation models that inform strategic decision-making in a dynamic global business environment.

This course provides an in-depth examination of energy policy frameworks, integrating legal and regulatory perspectives to address the complexities of energy governance. It explores the interplay between global and domestic energy policies, regulatory environments, and industry dynamics. Key topics include energy market structures, environmental sustainability, resource accessibility, business-government interactions, and the role of stakeholder engagement in shaping policy outcomes. The course critically evaluates energy policies’ socio-economic impacts, technological advancements, and geopolitical implications. Students will analyze case studies on emerging policy challenges in the energy transition, fossil fuel regulations, and renewable energy adoption. Through interactive discussions, students will develop the ability to assess and influence energy policy decisions effectively. A significant outcome of the course for doctoral candidates is completing a research paper focusing on an energy policy issue within the business sector assigned by the faculty. This paper enables students to synthesize theoretical knowledge with practical applications, contributing original insights to the field of energy policy.

This course provides an in-depth analysis of operational processes within the energy sector, focusing on strategic management, optimization, and integration across the energy value chain. It explores the operational intricacies of energy systems, emphasizing production, distribution, and consumption dynamics. The course delves into the economic and technological aspects of energy operations, providing insights into supply chain integration, logistics, and the role of information systems in enhancing efficiency. Key topics include strategic decision-making for energy operations, the impact of global logistics and transportation systems, and best practices for managing demand, inventory, and risk in energy markets. Students will analyze challenges such as resource optimization and sustainability, leveraging a combination of theoretical frameworks, case studies, and business/industry simulations. The course culminates in a comprehensive research project in which doctoral candidates apply learned concepts to examine operational challenges and propose innovative solutions within the energy business. This research project synthesizes academic rigor with practical relevance, preparing scholars to contribute significantly to academic and industry discourses.