Chief Geoscience Officer

Skills at this level

Data interpretation and modeling

— Moves from providing factual field/lab data to interpreting it — writing desk studies and interpretative reports and building geologic models — and, at the executive level, sets the standards that govern how models and resource conclusions are produced and defended.

Fieldwork and field methods

— Governs hands-on field techniques for sampling, surveys, and gathering rock/soil/groundwater data, setting the protocols and quality bar field crews execute against across projects.

Analyzing Data or Information

— Breaks down geological and geophysical information into separate parts to identify underlying principles, reasons, and facts that inform resource-size estimates and subsurface characterization.

Technical writing and communication

— Directs preparation of technical reports, papers, and presentations and ensures findings are communicated credibly to both scientists and nonscientist decision-makers, clients, and boards.

Science

— Uses scientific rules and strategies to solve geological problems and to validate the interpretive methods the organization stakes its resource conclusions on.

Critical thinking

— Reaches conclusions from testing results and data collation, and weighs geologic uncertainty against commercial and schedule consequence when setting functional strategy.

3D geologic modeling (GSI3D / SubsurfaceViewer MX)

— Uses 3D geologic modeling platforms to build and defend subsurface and deposit models, and sets these as the shared interpretive standard across divisions.

Drillhole and well-log visualization (gINT, OpenLog, QGeoloGIS)

— Uses drillhole/well-log data management and visualization tools to structure borehole evidence into defensible geologic interpretations feeding resource estimates.

GIS-based interpretation (ArcGIS, Surfer)

— Uses GIS and gridding/contouring tools to map and interpret spatial geological data for deposit location and size estimation.

Aquifer-test analysis (AQTESOLV)

— Uses aquifer-test analysis software to characterize groundwater/hydrogeologic properties as an input to subsurface interpretation and project decisions.

HSE and HAZWOPER field-safety governance

— Sets and enforces OSHA 40-Hour HAZWOPER, CPR/First Aid, and field-safety expectations as a condition of conducting compliant sampling and data-collection fieldwork.

Getting Information

— Observes, receives, and otherwise obtains geological information from field observations, aerial photographs, samples, laboratory analyses, and all relevant data sources.