As a MSc student major in Civil Engineering specified in Geotechnical Engineering, her work focuses on the Coupled Flow-Geomechanics Upscaling techniques of predicting the soil strength parameters of the heterogeneous McMurray formation (Oil Sands) with the Convolutional Neural Network (CNN).

As a research assistant, he is responsible for: 1) the implementation of data science in subsurface energy development Including CO2 THMC coupled flow migration with a focus in building proxy model by Deep Learning methods and 2) development of related software and frontend.

His research focuses on the geomechanical properties and fracture propagation mechanisms of thin interbeds in coal measure strata. He is proficient in grid nanoindentation tests, SEM-EDS techniques, conventional geomechanical tests, and the finite-discrete element combined method (FDEM).

PhD student researching geothermal resource exploration and development. Her work focuses on heat flow, lithospheric structure, and reservoir conditions to understand high-temperature geothermal systems, improve assessment methods, and guide sustainable resource utilization.

Visiting Ph.D. student from China Univ. of Petroleum–Beijing researching advanced drilling tools to boost performance, safety & cost-effectiveness. Focus: 1) Energy-Gathered Nesting Plugging for lost circulation; 2) Vortex Cuttings Cleaner for wellbore cleaning efficiency.

Visiting PhD student from China Univ. of Petroleum–Beijing researching hydrocarbon accumulation models controlled by faults & overpressure. Interests: (1) pore pressure prediction, (2) quantitative fault activity, (3) fault–paleo-pressure evolution & its impact on hydrocarbon migration.

Visiting PhD student from China Univ. of Petroleum (Beijing) researching: (1) intelligent analysis/control of lost circulation; (2) real-time & ahead-of-bit prediction of rock properties; (3) intelligent decision-making software for drilling

Guopeng focuses on (1) competitive Propagation Mechanism of Multi- Fractures in Fractured Reservoirs；
(2) Longitudinal propagation mechanism and control method of hydraulic fractures under multi-layered superposed formations;

As a visiting PhD student at the University of Alberta from Jilin University, He is focusing on the disaster-causing mechanisms of high-stress, deeply incised river valleys in the southeastern Tibetan Plateau.

As a visiting PhD student from China University of Petroleum (Beijing), her research focus the stress evolution and permeability enhancement mechanism of multistage cavity completion in coalbed methane horizontal wells.

As a visiting PhD student from the China University of Petroleum (East China), his research primarily covers: (1) CO₂ flooding and geological sequestration, (2) Intelligent prediction and optimization, and (3) numerical simulation of wellbore-reservoir coupling mechanisms.

Nouha Dhifi is a Mitacs Research Intern in our group working on hybrid CO₂–water geothermal systems. She is currently pursuing an engineering degree in Energy and Environmental Technology at the National Engineering School of Gafsa, Tunisia.

As a visiting PhD student from China University of Petroleum. His research interests covers 1) Supercritical CO2 fracturing of unconventional reservoirs, 2) Fluid mechanics and jet simulation, 3) Numerical simulation of fracture initiation and propagation by FEM/FDEM.

As a visiting PhD student from the China University of Petroleum (Beijing). His research focuses on the mechanism of abrasive water jet rock perforation and its influence on fracture initiation. His research interests covers several topics.

PhD student with background in Petroleum Eng., Reservoir Simulation & Advanced Fluid Mechanics in Porous Media. His research consists of numerical modeling of CO₂ burial in depleted shale gas reservoirs, focusing on THM coupling & multi-physics simulations in complex 3D fracture networks.

As a visiting PhD student from China University of Petroleum(East China), her research focus the combination of water-rock reaction software (Tough react) and geological modeling software (Petrel) to explore the potential of sandstone gas reservoirs for geological storage or enhanced gas recovery.

Visiting PhD student from China Univ. of Petroleum (Beijing). Her research applies information & intelligent technologies in oil & gas engineering, focusing on: (1) predicting wellbore lost circulation risk; (2) identifying key characteristics such as location, pressure & fracture size.

As a visiting PhD student from China University of Petroleum. His research interests covers 1) Hydraulic fracturing of unconventional reservoirs, 2) Micromechanical characterization of unconventional reservoirs, 3) Numerical Simulation of fracture propagation by FEM/DEM/FDEM.

As a dual degree student (B.Tech + M.Tech) at the Indian Institute of Technology and intern researcher at University of Alberta, her research focus on inverse modeling of CO2 plume dynamics to predict subsurface permeability and the application of machine learning in energy systems.

As a Mitacs summer intern, Yicheng Pan came as one of the top students in Tsinghua University, which has brought him a solid mathematical and scientific foundation. Pan has demonstrated a strong academic performance and a keen interest in the realm of energy policy.

As a Intern Researcher, she completed her second year of undergraduate studies in Computer Software Engineering Cooperative Program and had the incredible learning opportunity to work on the CCUS web application platform alongside PhD and Postdoc students within the group as a DRA student.

As an ELAP research intern undergraduate student from Universidad Industrial de
Santander, his research focused on the estimation of the recovery factor by the implementation of carbon dioxide as a product of trigeneration through numerical simulation of reservoirs (GEM and Winprop).

As Mitacs summer intern, HsuanHsi came as one of the top students in National Taiwan University. Her research project focus on developing an LLM-powered agent platform with full stack toolchain. Her plan includes design and implement backend server with communication and buildup economy agent.