University of Tulsa

What you'll study

The programme is a four‑year engineering degree that begins with a foundation in mathematics, chemistry and physics before moving into core petroleum engineering topics. Early coursework typically covers calculus, differential equations, statics and dynamics, thermodynamics and fluid mechanics, together with engineering computing and material science. Upper‑level and specialised modules focus on reservoir engineering, drilling and completions engineering, production engineering, well logging and petrophysics, formation evaluation, petroleum geology and geomechanics.

Students also complete laboratory courses and practical modules such as fluid flow in porous media, well testing and cementing, pressure‑transient analysis, and reservoir simulation. The curriculum usually culminates in a capstone design project or senior design sequence that integrates subsurface characterisation, well planning and economic evaluation. Elective options and short courses may cover enhanced oil recovery, CO2 sequestration, unconventional resources, health, safety and environmental management, and petroleum economics.

Entry requirements

Applicants are expected to have a strong secondary‑school record with a particular emphasis on mathematics and physics; chemistry is also highly recommended. Typical preparation includes high achievement in advanced mathematics (calculus) and physics courses. For international applicants, recognised equivalent qualifications and proof of English proficiency are required. Transfer students should have completed introductory calculus and basic engineering or physical‑science coursework at the collegiate level.

Admissions also consider the overall academic profile, letters of recommendation, and any relevant practical experience such as internships, industry summer work or relevant project work. Prospective students who lack certain prerequisites may be advised to take preparatory courses before entry.

Career prospects

Graduates of the programme are prepared for technical roles across the energy sector. Common entry positions include drilling engineer, production engineer, reservoir engineer, completion engineer, and petrophysicist. Many alumni find work with major and independent oil and gas operators, drilling and service companies, consultancies, and engineering contractors.

Beyond upstream roles, graduates also move into reservoir simulation and data‑analytics positions, project engineering, field supervision, and asset management. Some choose to continue into postgraduate study in petroleum engineering, geoscience or related disciplines, while others transition into adjacent sectors such as geothermal energy, carbon capture and storage, environmental remediation and broader energy technology companies.

Why study at University of Tulsa

The University of Tulsa’s programme is delivered through a college with long connections to the energy industry, offering access to petroleum‑focused laboratories, specialised software and applied research projects. The university’s location in an established energy region supports local internship and employment opportunities and frequent industry engagement through guest lectures, seminars and recruitment events.

Students benefit from relatively small class sizes, faculty with industry and research experience, and structured support for professional development and co‑op or internship placements. The department’s partnerships with industry help ensure course content remains applied and relevant to current engineering practice, while alumni networks in the energy sector support recruitment and mentoring.