National and international oil and gas companies have pledged to reduce emissions from their upstream operations—a vision that calls for a highly competent workforce that is multiskilled and aware of the current transitions in the energy industry. The learning path of the petrophysics population has always been less clear than sister domains because of the lack of a university degree program. Superior quality training comprising classical petrophysics, sustainability understanding, and astute digital insight are essential to combat challenges in the modern realms of petrophysics.
To avoid a talent and skill shortfall during this critical period of transition in the energy sector, this study aims to highlight the major adjustments that may be made in workforce training and development—1) multidisciplinary petrophysics to understand the domain in light of geology, petroleum engineering, and drilling operations, and 2) digital awareness to predict formation properties using data analytics; e.g., multilinear regression and machine learning algorithms. Knowledge of programming language is also necessary to help with automation in analytics, and sustainability understanding to extend experience in the petrophysics domain to carbon management and geothermal projects (e.g., in relation to permeability, net thickness, and porosity).
Digital adoption, new energy focus, and core technical petrophysics with a multidisciplinary approach will T-shape (see illustration in Fig. 2) the profile of a future petrophysicist. The addition of digital literacy and sustainability awareness will help to diversify the learning portfolio of professionals irrespective of their career stage. A training program tailor-made to deliver the discussed components will create a flexible career path for both technical and managerial roles of operations and reservoir petrophysicists. Holistic petrotechnical training will ease the process of transition. An all-encompassing training will increase employee engagement and positively influence employee retention. The training program will ensure its relevance with current business trends and will reflect any changes to further avoid competency gaps. It will motivate senior petrophysicists to leverage expertise in new energy sectors such as geothermal and carbon management. With a clear understanding of its limitations, a revamped program for petrophysicists will strategically reduce the development cost.
The key innovative aspect of this paper is to guide petrophysicists in industry as well as in academia to train themselves with skills and competencies relevant to this highly volatile energy market. This paper catalogues the technical-digital skills in detail and also identifies free resources available on open-source platforms. This paper can be used by the petrophysics trainee, and organizations developing training or mentoring programs for their petrophysics population.