Senior Mine Geologist: Lead Resource Modeling & Planning

Montana Resources; Butte (MT); Sur place; USD 120 000 - 180 000; Plein temps

Résumé du poste

Montana Resources seeks a Senior Mine Geologist to develop and maintain geological resource models for the Montana Resources operation. You will lead in-pit and near-pit drilling, interpret results, and provide technical leadership in resource estimation, orebody interpretation, and reserve conversion.

Collaboration with mine engineering, metallurgy, and operations ensures accurate resource reporting and optimal mine planning.

Qualifications

• Bachelor's degree in geology or related field required.
• Master's degree preferred in geology or geostatistics.

Responsabilités

• Develop, update, and validate 3D geological and resource models.
• Interpret drilling data for lithology, structure, alteration and mineralization.
• Conduct resource estimation and classification using geostatistics and best practices.
• Prepare mineral resource updates and support reserve conversion activities.
• Maintain geological databases and QA/QC.
• Support annual and life-of-mine resource reporting.
• Provide geological input to mine planning and scheduling.
• Collaborate with mine engineers to optimize pit designs.

Connaissances

Leapfrog Geo

MineSight

Geostatistics

Block modeling

Variography

Resource classification

QA/QC

Excel

Resource estimation

Open pit mining

Formation

Bachelor's Degree in Geology, Geological Engineering, Earth Sciences, or related discipline

Master's Degree in Geology or Geostatistics preferred

Outils

Leapfrog Geo

MineSight

Description du poste

Montana Resources seeks a Senior Mine Geologist to develop and maintain geological resource models for the Montana Resources operation. You will lead in-pit and near-pit drilling, interpret results, and provide technical leadership in resource estimation, orebody interpretation, and reserve conversion.

Collaboration with mine engineering, metallurgy, and operations ensures accurate resource reporting and optimal mine planning.