Geo-Mechanical Engineer (Intern) (Alberta)

Viridien () is an advanced technology, digital and Earth data company that pushes the boundaries of science for a more prosperous and sustainable future. With our ingenuity, drive and deep curiosity we discover current insights, innovations, and solutions that efficiently and responsibly resolve complex natural resource, digital, energy transition and infrastructure challenges. Details CO2 capture, storage and utilization technologies are part of the range of solutions identified to global warming mitigation measures. These technologies require precise 3D modelling, integrating seismic and well data of the geological layer as well as clear geomechanical modelling of the reservoir where the CO2 will be injected and the overburden. For geomechanical studies, Viridien is using a coupled reservoir, geomechanics, and fracturing software called GEOSIM. The workflow is used for analysing reservoir problems that involve strong coupling between reservoir flow and mechanical deformation, or interactions with fractures resulting from stimulation treatments (e.g., waterflooding or fluid injection) in both single and multi-well systems. The fully coupled thermo-hydro-mechanical simulator has recently been equipped with an advanced parallelization option, which works on high-performance computing (HPC) machines, utilizing Viridien's G2 module, and facilitates the running of high-resolution, large-scale models suited for global CO2 storage projects. This new implementation will be tested during the internship, first on small volumes of synthetic data and then on real data to validate its application and compare the results with other geomechanical tools available. Internship Responsibilities The intern will be in charge of documenting the main steps of the proposed workflow, proposing improvements for the research team, and supporting the operational team for key case studies. Skills & Competencies Strong analytical and problem-solving skills Proven ability to collaborate effectively with R&D; partners Solid understanding of theoretical principles of geomechanics and finite element simulation Experience with industrial 3D geomechanical simulators such as CMG, Abaqus, and Visage Proficiency in programming languages, including Fortran and C++ Familiarity with geophysics and petrophysics is desirable, but not required A strong research mindset and excellent teamwork skills are essential Qualifications Final year of a graduate degree in relevant engineering and science programs, with strong skills in mathematics, physics, and geomechanics. EEO Statement We see things differently. Diversity fuels our innovation, we value the unique ways in which we differ, and we are committed to equal employment opportunities for all professionals. #J-18808-Ljbffr Apply on Kit Job: kitjob.ca/job/2pf0xg