University of Kansas

What you'll study

The programme combines core coursework, applied laboratory classes, computational modelling and a research component. Core topics typically include reservoir engineering and simulation, well drilling and completion, production engineering and artificial lift, petrophysics and formation evaluation, fluid properties and multiphase flow in porous media, well testing and production optimisation, and petroleum economics and project evaluation.

• Core modules: Reservoir engineering, Drilling and well completion, Production systems, Well testing and surveillance, Petrophysics and formation evaluation.
• Advanced and elective modules: Enhanced oil recovery, Unconventional reservoirs and shale gas, Subsurface characterisation and seismic interpretation, Numerical simulation and reservoir modelling, Data analytics for petroleum operations.
• Practical components: Laboratory classes on rock and fluid properties, well-log interpretation exercises, hands-on use of reservoir simulation and well-performance software, and field or industry-linked projects when available.
• Research and project options: Students can usually choose between a thesis-based route (original research under faculty supervision) and a coursework or project-based route culminating in a capstone design project or technical report.

Entry requirements

Applicants are expected to hold a recognised bachelor’s degree in petroleum engineering or a closely related engineering or geoscience discipline (for example chemical, mechanical, civil or geological engineering). Typical admissions materials include academic transcripts, a statement of purpose, curriculum vitae, and references.

Departments commonly look for evidence of quantitative skills (mathematics, fluid mechanics, thermodynamics) and some engineering fundamentals. International applicants must meet the university’s English language proficiency requirements. Specific GPA thresholds, graduate test requirements and documentation vary; prospective students should consult the department’s admissions page for precise instructions.

Career prospects

Graduates move into a range of technical and managerial roles across the energy sector. Typical entry and mid-career roles include reservoir engineer, drilling engineer, production engineer, completions engineer, well-test analyst, petrophysicist, and field operations engineer. Skills in reservoir simulation, well optimisation and subsurface characterisation also transfer to energy consulting, independent field development, and environmental or geothermal projects.

Alumni who continue in research may progress to doctoral study or to technical specialist roles in industry and national laboratories. In addition, graduates equipped with economics and project-evaluation training are prepared for roles in asset management, E&P economics and regulatory or policy positions related to subsurface resources.

Why study at University of Kansas

The University of Kansas offers a petroleum engineering education linked to regional geological expertise and applied research. Students benefit from interdisciplinary collaboration with nearby units such as the Kansas Geological Survey, access to experimental laboratories and computing resources for reservoir simulation, and faculty with experience in both academia and industry.

The programme’s scale supports close interaction with supervisors and the opportunity to undertake applied projects tied to regional and national energy challenges. For students interested in combined subsurface and engineering approaches, the university’s connections across engineering and earth-science disciplines provide a strong platform for both professional practice and continued research.