Completed from United Kingdom
What an enthusiastic and engaging program! From day one, the course broke down complex concepts like dual‑porosity modeling into bite‑size videos and interactive quizzes. I loved the live workshop where we built a full‑field model of the North Sea tight oil reservoir – the feedback was immediate and spot‑on. The resources, especially the curated journal articles, were top‑notch. I walked away with a clear roadmap for my PhD research and a brand‑new skill set.
The Simulation of Unconventional Reservoirs course precisely matched my learning objectives. The modules on shale‑gas flow modeling gave me the ability to set up and run compositional simulators in Eclipse, which I immediately applied to a capstone project on a Barnett formation case study. The lecture slides were clear, the supplemental datasets were realistic, and the hands‑on labs reinforced the theory. Overall, the course exceeded my expectations and equipped me with market‑ready skills.
I was looking for a practical course that could help me transition into unconventional reservoir work, and this one delivered. The tutorials on generating permeability maps using Petrel were super useful – I actually used them on a side‑project at my new job in Alberta. The material was up‑to‑date and the instructor answered our questions quickly. It was a solid learning experience, and I feel confident tackling real‑world simulations now.
The detailed approach of the Simulation of Unconventional Reservoirs course was exactly what I needed for my role as a junior reservoir engineer. The sections on fracture network modeling using DFN techniques were particularly insightful; I was able to replicate a fracturing schedule for a shale play in the Cambay Basin and compare results with field data. Course materials, including the MATLAB scripts and case study files, were well‑organized and directly applicable to industry workflows. My overall satisfaction is high, and I recommend it to anyone seeking depth and practicality.
