Completed from United Kingdom
I took this course because I wanted to shift into the unconventional sector, and it delivered the practical skills I was after. The lessons on reservoir characterization were spot‑on, and the hands‑on lab using Petrel really helped me understand how to build accurate geological models. A standout moment was when we used the decline‑curve analysis template to forecast production from a tight gas reservoir – I could immediately apply that at work. The material was well‑structured and relevant, though I wish there were a few more video tutorials. Still, a solid learning experience overall.
The **Modelagem De Reservatórios Não Convencionais** course exceeded my expectations. As a petroleum engineer, I needed a solid foundation in unconventional reservoir simulation, and the modules on hydraulic fracturing and multi‑phase flow gave me exactly that. I was able to apply the MATLAB scripts provided in week three to model pressure decline in a shale play, which directly helped me complete a project for my employer. The course materials—especially the high‑resolution case studies from Brazil—were up‑to‑date and clearly presented. Overall, the learning experience was seamless, and I feel fully equipped to tackle real‑world reservoir challenges.
Wow! This course was exactly what I needed to boost my career in unconventional reservoirs. The instructors broke down complex topics like geomechanical coupling into bite‑size lessons, and the real‑world examples from the Permian Basin made everything click. I especially loved the interactive Python notebooks that let me experiment with permeability variations and see the impact on production instantly. The quality of the PDFs and reading lists was top‑notch, and the discussion forums were lively, providing extra insights. I’m now confident presenting reservoir models to senior management.
The course offered a detailed and methodical approach to unconventional reservoir modeling. I appreciated the thorough coverage of rock‑physics fundamentals and the step‑by‑step guide to building a dual‑porosity model in Eclipse. Using the provided case study from the Karoo basin, I was able to run sensitivity analyses on fracture spacing, which directly informed a feasibility study at my company. The course materials were clear, with well‑organised slides and downloadable datasets. While the pacing was a bit fast for newcomers, the overall experience was highly beneficial and professionally rewarding.
