Completed from United Kingdom
I really enjoyed this course – it’s spot‑on for anyone wanting practical skills in reservoir modelling. The hands‑on labs with Petrel and the step‑by‑step guide to building a water‑flood model were especially useful. I could immediately use what I learned to improve a simulation I was working on at my internship, cutting the model run time by about 20%. The material was up‑to‑date and the examples felt very relevant to the UK North Sea context. All in all, a solid learning experience that helped me meet my personal goal of mastering reservoir simulation.
The “油气储层建模与模拟” course exceeded my expectations. The structured modules on geological modeling, petrophysical analysis, and reservoir simulation gave me exactly the tools I needed to finish my senior project on tight‑oil reservoirs. I was able to apply the workflow in Schlumberger Eclipse to build a 3‑D model of a carbonate field and run history‑matching scenarios that earned me top marks. The lecture slides were clear, the case‑study datasets were realistic, and the instructor’s feedback was prompt and insightful. Overall, the course helped me achieve my learning goal of becoming proficient in reservoir modeling, and I feel fully prepared for a career in upstream engineering.
Wow, what an enthusiastic and empowering course! The instructor’s energy made even the toughest concepts—like fluid‑flow equations and sensitivity analysis—easy to grasp. I loved the real‑world project where we built a 3‑D model of an Indian offshore field and ran a gas‑lift simulation using MATLAB scripts. The downloadable resources, especially the cheat‑sheet on EOS parameters, were gold. Thanks to this course I now feel confident presenting reservoir forecasts to senior engineers, and I’ve already been asked to lead a simulation team at my company.
The course offered a detailed, step‑wise approach to reservoir modeling that matched my academic background in petroleum engineering. Each module covered a specific skill: from interpreting well logs with Python, to constructing a geological framework in Petrel, and finally performing a history‑matched simulation in Eclipse. I particularly appreciated the supplementary reading list, which included recent journal articles on unconventional reservoirs relevant to South African basins. By the end of the program I could independently build a dual‑porosity model and present a comprehensive reservoir performance report, meeting my goal of enhancing my technical portfolio.
