University of Tulsa

What you'll study

This programme builds a foundation in microeconomics, macroeconomics and econometrics before applying those tools to environmental and resource problems. Core coursework typically includes intermediate microeconomics and macroeconomics, mathematical economics or calculus for economists, and introductory econometrics or statistics for social sciences.

Environmental-focused modules cover subjects such as natural resource and energy economics, environmental and resource policy, environmental valuation and cost–benefit analysis, market-based instruments for pollution control, and the economics of climate change. Students can also take complementary classes in energy economics, environmental law and regulation (often cross-listed with other departments), land use and regional development, and resource management.

Practical and skills components include data analysis using statistical software, policy case studies, and applied research projects. Many students complete a capstone seminar or undergraduate thesis that applies empirical methods to an environmental or energy policy question. Electives across related departments — such as political science, geography (including introductory GIS), ecology or petroleum/energy engineering courses — allow for an interdisciplinary approach.

• Core economics: introductory, intermediate micro and macro, econometrics/statistics
• Environmental/Resource modules: natural resource economics, energy economics, environmental valuation, climate economics
• Policy and law: environmental policy analysis, regulatory economics, energy policy
• Quantitative skills: data analysis, cost–benefit methods, modelling
• Capstone: applied research project or senior seminar
• Opportunities for internships and directed readings with faculty

Entry requirements

Applicants are expected to hold a recognised secondary school qualification with strong preparation in mathematics. Typical evidence of readiness includes coursework in algebra and calculus (or equivalent) and solid grades in quantitative subjects. Colleges in the United States generally consider a combination of academic record, extracurriculars, personal statement and recommendations.

For students transferring from other institutions, successful applicants normally present college-level coursework in economics or mathematics and a competitive college GPA. International applicants should demonstrate equivalent academic preparedness and English language proficiency where required by the university.

Because this is a quantitatively oriented programme, admitted students are well advised to have some prior exposure to calculus and statistics; students lacking those prerequisites may be advised to take preparatory courses in their first year.

Career prospects

Graduates are prepared for a range of roles that apply economic analysis to environmental, energy and natural resource issues. Common career paths include:

• Policy analyst or researcher in local, state or federal government agencies (environmental protection, natural resources, energy departments)
• Environmental economist or analyst in think-tanks and research organisations
• Energy analyst or market researcher with utilities, oil and gas firms, renewable energy companies or consultancies
• Consultant in environmental and resource economics for private-sector firms advising on regulation, valuation and compliance
• Positions with non-governmental organisations and international agencies focused on conservation, climate policy and sustainable development
• Graduate study in economics, environmental economics, public policy, law or related fields

Internships and regional industry links often facilitate entry into local energy and environmental employers; quantitative training also prepares graduates for data-driven roles across sectors.

Why study at University of Tulsa

The University of Tulsa offers a small-campus environment with relatively small class sizes and opportunities for close faculty mentorship, which benefits students undertaking applied research in environmental economics. The university’s location in an energy-industry hub provides access to internships, guest speakers and research collaborations with companies and policy organisations active in oil, gas and increasingly renewable energy sectors.

Interdisciplinary options are readily available through cross-listed courses and collaborations with other departments, including law and engineering, enabling students to combine economic analysis with knowledge of regulation and technical systems. Undergraduate students frequently have access to hands-on research, internship support from career services and opportunities to present their work in campus seminars or at regional conferences.

Overall, the programme is suited to students who want rigorous economic training combined with applied study of environmental and energy policy, supported by local industry connections and close faculty contact.