Energy Business and Finance, B.S.

4 Years On Campus Bachelors Program

Pennsylvania State University University Park

Program Overview

Penn State’s B.S. in Energy Business and Finance combines business, economics, finance, mathematics, and physical-science knowledge with specialized study of energy markets and energy systems. It is designed for students interested in analytical problem-solving and careers across energy companies, financial institutions, consulting, government, and organizations addressing energy and environmental challenges.

Curriculum Structure

First Year:
Students establish their quantitative and economic foundation through ECON 102: Introductory Microeconomic Analysis and Policy, MATH 140/140G: Calculus with Analytic Geometry I, and MATH 141/141G: Calculus with Analytic Geometry II. They also begin the energy-focused curriculum with EBF 200: Introduction to Energy and Earth Sciences Economics, giving them an early understanding of how energy and economic systems interact.

Second Year:
The second year introduces stronger business, finance, economics, and computing skills through courses such as EBF 301: Global Finance for the Earth, Energy, and Materials Industries, ECON 302: Intermediate Microeconomics, and ACCTG 211: Financial and Managerial Accounting for Decision Making. Students also take EME 210 or STAT 401, developing the statistical and analytical capabilities needed for energy-market and financial decision-making.

Third Year:
Students move into more specialized applications through EME 460, RM 302, and IB 303: International Business Operations or EGEE 120, while also studying business law, risk management and energy-related topics. Depending on their academic plan, students can also undertake an approved study-abroad program, providing an international perspective on energy and business.

Fourth Year:
The final year focuses heavily on advanced energy economics, risk, corporate finance and electricity markets through EBF 473: Risk Management in Energy Industries, EBF 484: Energy Economics, EBF 401: Strategic Corporate Finance for the Earth, Energy, and Materials Industries, and EBF 483: Introduction to Electricity Markets. These courses bring together market analysis, investment decision-making and energy-sector knowledge developed throughout the degree.

Focus areas: Energy economics, energy commodity markets, finance, risk analysis, business, accounting, statistics, electricity markets, project finance, energy systems, environmental issues, energy land management

Learning outcomes: Understanding energy-market supply and demand, analysing price formation for crude oil, natural gas and electric energy, evaluating energy investment profitability, applying accounting and business-law concepts, and using quantitative analysis for energy-related decision-making.

Professional alignment (accreditation):
The Energy and Land Management option within the major is accredited by the American Association of Professional Landmen (AAPL) and is described by Penn State as the first academic program of its kind in the northeastern United States to receive this accreditation.

Reputation (employability/rankings):
Penn State reports strong institutional and subject-level recognition, including No. 38 globally in Economics and Business in the 2026 U.S. News Best Global Universities subject rankings and No. 92 globally in the QS World University Rankings 2027. The university also reports a 5-star QS Stars rating for employability, among other areas. These are university-level rankings rather than rankings specifically for the Energy Business and Finance B.S.

Experiential Learning (Research, Projects, Internships etc.)

Students can connect the classroom curriculum with the energy industry through professional organizations, employer events, internships, study-abroad opportunities and industry-facing activities. The program's student society provides workshops and professional-development meetings with energy professionals, while Penn State has documented EBF students gaining direct industry experience through internships with companies such as Sunoco/ Energy Transfer.

Students can build practical experience through:

Energy Business and Finance Society: Provides student-led workshops, special events with global companies and one-to-one virtual professional-development meetings, while connecting students with alumni, recruiters and energy professionals.
Industry internships: Penn State has highlighted EBF students completing energy-sector internships, including an EBF senior's internship with Sunoco LP through Energy Transfer, where the student gained exposure to the midstream sector, natural-gas processing, storage and transportation.
Study abroad: The recommended academic plan includes an Approved Study Abroad Program, with a 12-credit semester option during the third year.
Programming and quantitative tools: Students can choose CMPSC 101: Introduction to Programming, CMPSC 200: Programming for Engineers with MATLAB, or CMPSC 201: Programming for Engineers with C++, developing computational skills applicable to analytical work.
Energy-market analysis: Courses such as EBF 483: Introduction to Electricity Markets, EBF 484: Energy Economics, and EBF 473: Risk Management in Energy Industries provide practical analytical preparation for energy-market and risk-related work.
International and professional engagement: Recent EBF activities have included career-building events and visits from organizations such as Constellation Energy, Shell and AiGent, giving students opportunities to hear directly from industry professionals and alumni.
Professional organizations: Students can participate in the Society for Energy Business and Finance, Penn State Energy Marketing Association, and Positive Energy, extending learning beyond the classroom.

Progression & Future Opportunities

The Energy Business and Finance B.S. prepares graduates for roles spanning energy companies, utilities, consulting, financial institutions, government and nonprofit organizations. Penn State reports that EBF alumni work in energy and consulting companies, financial trading houses and federal agencies, while the program also provides a foundation for graduate study in economics, finance, business, law and public policy.

Typical career roles include Energy Analyst, Financial Analyst, Energy Market Analyst, Project Finance Analyst:

Career and professional development: Penn State connects students with alumni, recruiters and industry professionals, while the Energy Business and Finance Society specifically provides professional-development meetings and industry connections intended to help students explore careers and find internships or jobs.
Industry connections: Recent EBF events have included representatives from Constellation Energy, Shell and AiGent, while documented graduate destinations include organizations such as Eversource Energy.
Employment experience: Penn State's College of Earth and Mineral Sciences reports that 20 students received B.S. degrees in Energy Business and Finance during 2024–25.
Internship pathway: Penn State has documented EBF students completing internships with energy companies, including Sunoco LP through Energy Transfer, and its program materials have recommended energy-related internships as valuable preparation for employment.
Accreditation value: Students choosing the Energy Land Management option benefit from its AAPL accreditation, which provides professional alignment specifically for land-management work in the energy sector.
Graduation outcomes: Recent Penn State EMS graduate information shows EBF graduates moving into energy-related employment and other professional roles; examples include EBF graduates working with energy-sector organizations after completing the program.

Further Academic Progression:
Graduates can continue into professional graduate study in economics, business, finance, law or public policy. Penn State also offers an Integrated B.S. in Energy Business and Finance and M.S. in Energy and Mineral Engineering, allowing academically strong, research-focused students to complete both degrees in five years; students interested in research can also consider the M.S. or Ph.D. in Energy and Mineral Engineering or Energy, Environmental and Food Economics.