Completed from United Kingdom
I loved the practical side of this course. The videos showed step‑by‑step how to set up a simulation in CMG, and I could try it out on my own laptop. It helped me finally understand how to calculate recovery factors, which was my main learning goal. The reading list included some recent papers on enhanced oil recovery, so the content felt current. A bit more time on uncertainty analysis would have been nice, but overall I’m very happy with what I got out of it and feel ready to use these skills at work.
The course «Моделирование И Симуляция Нефтяных И Газовых Месторождений» exceeded my expectations. The theoretical modules aligned perfectly with my goal of mastering reservoir modelling, and the hands‑on labs using Petrel and Eclipse gave me confidence to build realistic 3‑D models for my current project. I especially appreciated the well‑structured slide decks and the supplemental case studies from real fields in the North Sea, which made the material immediately applicable. Overall, the instruction was clear, the resources were up‑to‑date, and I left the program ready to contribute to my company's reservoir simulation workflow.
Wow! This course was exactly what I needed to boost my career in the oil‑and‑gas sector. The instructor explained complex reservoir physics in an enthusiastic way, and the live workshops let me build a full‑cycle model—from data acquisition to history matching—using real Indian offshore data. I now can confidently run sensitivity analyses and present clear forecasts to senior management. The quality of the PDFs, video tutorials, and the interactive forum were top‑notch. I’m thrilled with the knowledge I gained and can already see the impact on my current project.
The program offered a detailed, step‑by‑step approach to reservoir simulation that matched my objective of acquiring quantitative modelling skills. Each module began with clear learning outcomes, followed by rigorous exercises in MATLAB and the commercial simulator CMG‑STARS. I particularly valued the in‑depth discussion of pressure‑temperature coupling and the provided datasets from South African fields, which made the theory directly relevant to my work. While the pacing was intense, the comprehensive lecture notes and the responsive teaching assistants ensured I could keep up. In the end, I left with a solid toolbox for evaluating production strategies.
