3D geological modelling
Geological models built from drillholes, mapping, structural data, geophysics, geochemistry and interpretation.
Geologist and 3D geological modeller working across mining and high‑enthalpy geothermal projects.
I work on 3D geological modelling and integrated interpretation for mining and geothermal projects, combining structural geology, geophysics and geochemistry into coherent geological models.
My work is focused on practical exploration questions: how geological architecture, structures, alteration, geophysical signatures and geochemical patterns combine into a defensible model.
Exploration support through the integration of structural geology, geophysics and geochemistry into combined 3D geological models, using a systems approach for mineral and geothermal projects.
Geological models built from drillholes, mapping, structural data, geophysics, geochemistry and interpretation.
Structural interpretation, vein modelling, mineralised domains and target-scale integration for exploration and model validation.
Conceptual modelling and structural interpretation of fault-controlled geothermal systems.
Field-based geological thinking, integrated with 3D modelling and geophysical interpretation.
Selected professional roles and collaborations supporting mining projects, software training and applied geological modelling.
Gemma works as an associate to Fault Rocks Inc, a Vancouver-based structural geology consultancy led by Dr. Matias Sanchez.
Since 2025, selected mining assignments have been carried out through Fault Rocks, with Gemma contributing to geological interpretation and 3D modelling.
Gemma is a Seequent associate for Leapfrog training, with applied experience in Leapfrog Geo and geophysical workflows including Oasis montaj.
For Fault Rocks-related mining enquiries:
Approximate regional locations of selected work involving Dr. Gemma Mitjanas. The map shows broad areas and project types only, not project names or precise locations.
Click a circle to see the approximate region and project type. Areas are intentionally broad and do not represent the full Fault Rocks project portfolio.
Supergene-enriched porphyry / Cu-Mo porphyry model
Porphyry copper exploration / 3D interpretation
Orogenic gold vein model
Epithermal Au–Ag / polymetallic vein model
Gold / shear-zone exploration model
Cu-Au-Ag project / 3D geological interpretation
VMS-style / polymetallic massive sulphide model
VMS / polymetallic massive sulphide interpretation
Epithermal Au–Ag vein model
High‑enthalpy geothermal conceptual model
High‑enthalpy geothermal technical study
3D mineral systems model and regional geothermal study
Deposit and project types covered through recent modelling work and research. These categories are shown as general experience and are not assigned to precise map locations.
Teaching and specialised training for geoscientists, students and technical teams, focused on geological modelling, hydrogeology, geophysical exploration and subsurface workflows.
Teaching contribution focused on geological modelling.
Teaching geophysical exploration and electrical methods within the CO₂ recovery master.
Interactive training project for exploration courses, turning exploration and targeting into a competition. Participants learn to integrate geological, geophysical and geochemical datasets into exploration decisions and 3D modelling workflows. Developed jointly with Dr. Diego Dominguez‑Carretero.
For modelling, training or technical enquiries:
This website represents the personal professional profile of Dr. Gemma Mitjanas: geologist, 3D geological modeller and exploration-focused interpreter.