Eight-week summer camp. oilfield applications experience. Exposure to some geological, geophysical. and petroleum engineering field activities. Camping at geologic sires. Visits to drill sites. Visits to oil and service-company head offices.

Introduction and application of technologies unmanned aerial vehicles (UAV); topics include flying UAV in surface and underground environments, processing of sensor data, volume computations for surface and underground applications, geotechnical feature analysis, and applications of UAVs for remote sensing technologies with hands-on experience with UAV’s, as well as processing of data.

Pre-Requisites: MINE 348 And MINE 353

Use of geoscientific data, knowledge and skills as well as reservoir and well data to build a geological model of a hydrocarbon trap. Uncertainties associated with petrophysical and field data. Work is achieved by team of petroleum engineering and geoscience students.

Pre-Requisites: GEOL 315 Or GEOP 320 Or PETE 315 Or PETE 305

continuation of CPG498. Evaluation of various development plans for the hydrocarbon trap utilizing all petroleum engineering tools and skills' Selection of the best plan based on technical and economic feasibility within environmental and legal constrains following the industry's standards and practices. A detailed technical report with presentation.

Pre-Requisites: CPG 498