About

Ankush Singh

Senior Reservoir and Completions Engineer

Ankush Singh is a geoscientist with expertise in geomechanics and over 10 years of academic and industry experience.

Ankush received his Ph.D. in Geophysics from Stanford University in 2021. His thesis was focused on predicting variations of stress with depth and analyzing its impact on hydraulic fracture propagation and fault slip. He utilized physics-based modeling and machine learning for geomechanical applications in Unconventionals, Enhanced Geothermal Systems (EGS), and induced seismicity. Ankush also received a master’s degree in Geology from Indian Institute of Technology (IIT) Bombay.   

Ankush also worked as a geoscientist at Shell for 6 years at various international locations including India, Russia, and New Zealand. His role was focused on performing geological modeling, uncertainty quantification and value of information analysis for global oil & gas fields. 

Outside of work, Ankush enjoys hiking, geological trips, and cooking. He is also a keen soccer follower and an avid Manchester United fan.

Please click here for a list of Ankush’s publications.

Ankush's posts

What ‘company culture’ means to us

We recently held our annual company retreat. This is an important event because we are a fully remote company, and it gives us the chance to get together in-person and spend quality time. This year, we did the retreat in Houston, following URTeC and our annual symposium. We visited Space Center Houston, went to an Astros game, and ate BBQ and Tex-Mex. As a Houston native, I picked some of my favorite things to do in town! We also held a meeting on ‘company culture.’ I asked the group – how do you perceive our company culture? What do we do well, and what could we do better? Here are the highlights.

Read more

Horizontal hydraulic fractures in shales: are they real?

In ResFrac, we are always challenging ourselves—what should we be doing better? What new capabilities should we add to the simulator? One of our newest projects is adding horizontal fracture propagation. Under most conditions, hydraulic fractures form vertically, not laterally. However, in specific circumstances, horizontal fractures develop. Sometimes, they form in addition to vertical fractures, and sometimes, they form exclusively without any vertical fractures. Horizontal fracture propagation has not conventionally been included in commercial hydraulic fracturing simulators, but we think this is a capability well-worth developing.

Read more

Previewing the Seven(!) ResFrac Papers to be Presented at the Unconventional Resources Technology Conference

Next week, ResFrac will be coauthoring seven papers at the Unconventional Resources Technology Conference (URTeC). These papers include: operator case studies in the Haynesville, Marcellus, and Bakken, a study quantifying the effect of proppant uniformity on production and economics, a new procedure generalizing the Devon Quantification of Interference (DQI) method, and an excellent paper by a University of Texas PhD student on proppant flowback.

Read more

Meet the ResFrac team

Learn why both independents and supermajors trust ResFrac

Search