University of Kansas

What you'll study

This programme combines core engineering fundamentals with specialised petroleum topics. In early years you will take mathematics, physics, chemistry and basic engineering courses to build analytical and problem‑solving skills. Later, the curriculum typically covers:

• Reservoir engineering – fluid flow in porous media, material balance, reservoir performance and enhanced recovery methods.
• Drilling and well engineering – well design, drilling systems, bit mechanics, drilling fluids and well construction.
• Production engineering and operations – artificial lift, surface facilities, production optimisation and well testing.
• Petrophysics and formation evaluation – log interpretation, core analysis and rock‑fluid interactions.
• Petroleum geology and geoscience fundamentals – stratigraphy, structural geology and basin analysis relevant to hydrocarbon occurrence.
• Subsurface geomechanics – stress, stability and their influence on drilling and production.
• Reservoir simulation and modelling – numerical methods, black‑oil and compositional simulation, data integration and uncertainty analysis.
• Laboratory and field methods – practical measurements, hands‑on labs and fieldwork where available.

The degree usually culminates in a capstone design project or senior design course that integrates technical knowledge with teamwork, project management and industry‑oriented problem solving. Electives and multidisciplinary options allow students to explore topics such as alternative subsurface energy (geothermal), carbon storage, environmental considerations and petroleum economics.

Entry requirements

Applicants should hold a high school diploma or equivalent with strong preparation in mathematics and sciences. Typical preparation includes:

• High‑level mathematics (precalculus and calculus where available) and physics.
• High school chemistry; coursework in computer science or programming is beneficial.
• A competitive academic record demonstrating problem‑solving ability and readiness for a rigorous STEM degree.

Admission to the University is based on a holistic review; some applicants may be required to submit supporting materials such as a personal statement, recommendations or standardised test scores depending on admissions policies. International applicants must meet English language proficiency requirements as specified by the university.

Career prospects

Graduates of petroleum engineering go on to technical and managerial roles across the energy sector. Common career paths include:

• Reservoir engineer, focusing on evaluation and optimisation of hydrocarbon recovery.
• Drilling and completions engineer, responsible for well planning and execution.
• Production engineer or operations engineer at producing fields or service companies.
• Petroleum data analyst, simulation engineer or modelling specialist using reservoir simulation tools.
• Consultant or technical advisor for oilfield service companies, independents and major operators.
• Roles in related subsurface fields such as geothermal energy, carbon capture and storage, groundwater engineering and environmental consulting.

Graduates may also pursue postgraduate study (master’s or PhD) in petroleum engineering, petroleum geoscience, reservoir simulation or related disciplines, or transition into broader engineering or business roles within the energy industry.

Why study at University of Kansas

Studying petroleum engineering at the University of Kansas offers the advantages of an engineering curriculum grounded in strong fundamentals, opportunities for applied laboratory and field experience, and access to faculty active in energy and subsurface research. The university’s central location provides proximity to regional energy activity and potential internship connections with companies operating in nearby basins. Students benefit from campus engineering resources, student societies and career services that support industry engagement, professional development and placement. The programme’s emphasis on practical skills, teamwork and multidisciplinary problem solving prepares graduates to meet the technical and environmental challenges of modern subsurface energy development.