Completed from United Kingdom
I signed up for this course hoping to get a better grip on unconventional reservoir modelling, and it definitely delivered. The casual teaching style made the complex maths feel approachable. I especially liked the practical Excel templates for material balance calculations – I used them straight away on a tight‑oil case back at work. The course PDFs were packed with recent UK North Sea examples, which helped me see how the theory fits the local context. While I wish there were a few more live Q&A sessions, the overall experience was solid and I feel more confident tackling unconventional projects.
The Modelado De Yacimientos No Convencionales course exceeded my expectations. It directly supported my learning goal of mastering unconventional reservoir simulation. The modules on hydraulic fracturing and pressure transient analysis gave me hands‑on experience with Eclipse and Petrel, allowing me to build a full‑cycle model for a shale play in Texas. The case‑study PDFs were up‑to‑date and the video lectures were clear and concise. After completing the course I was able to present a calibrated model to my senior manager, which became the basis for our next field development plan. Overall, the material quality and the relevance to real‑world projects made this a highly valuable learning experience.
Wow! This course was exactly what I needed to jump‑start my career in unconventional reservoirs. The enthusiastic tone of the instructors kept me motivated, and the hands‑on labs with CMG‑STARS let me simulate a tight‑gas reservoir in the Cambay Basin. I learned how to integrate geological uncertainty into my models and even built a decline‑curve forecast that my supervisor praised. The quality of the course material – especially the high‑resolution cross‑section graphics – was top‑notch. Thanks to this training, I secured a role on a major shale‑gas project right after finishing the course.
The Modelado De Yacimientos No Convencionales program offered a detailed and rigorous exploration of unconventional reservoir modeling that matched my professional objectives perfectly. The in‑depth modules on coupled hydraulic fracturing‑geomechanics, supported by MATLAB scripts, allowed me to replicate a multi‑stage fracturing scenario in the Abu Dhabi onshore shale play. The course materials were meticulously organized, with up‑to‑date references to recent Middle‑East case studies, and the supplementary reading list helped me deepen my theoretical understanding. The final project, where I built a full reservoir model and presented it to a panel of industry experts, was challenging but highly rewarding. This thorough learning experience has dramatically improved my capability to contribute to unconventional projects in the region.
