To optimize in-pit geology for enhanced production efficiency, refining geological models with real-time contractor feedback to maximize PGM recovery, while supporting the transition from open-pit operations to underground mining in the Great Dyke's stratiform deposits.
KEY RESPONSIBILITIES
Analyse in-pit geological data to refine orebody models, incorporating contractor observations to improve accuracy and reduce dilution.
Collaborate with mining contractors on production strategies, providing geological insights to optimize blasting, loading, and haulage sequences.
Conduct regular pit mapping and sampling, identifying variabilities in PGM mineralization for proactive adjustments.
Integrate feedback from contractor operations into updated resource models, ensuring alignment with short-term production targets.
Support geotechnical assessments for safe pit wall stability and preparatory underground access designs.
Mentor junior geologists and contractor teams on best practices for in-pit data collection and interpretation.
Compile performance reports, tracking reconciliation between predicted and actual PGM grades for continuous improvement.
Drive compliance with Zimbabwe's environmental and safety regulations, promoting sustainable mining practices.
Requirements
MINIMUM QUALIFICATIONS & EXPERIENCE
BSc Degree in Geology.
Minimum of five (5) years' experience in PGM production geology, with a focus on open-pit environments and contractor collaboration in Zimbabwe.
Proven track record in model refinement and production optimization in stratiform ore bodies.
Familiarity with geological software (e.g., Leapfrog, Surpac) and field mapping tools.
Clean Class 4 driver's license; medically fit for fieldwork in challenging terrains.
CORE COMPETENCIES
Geological model optimization and refinement.
Collaborative feedback integration with contractors.
Analytical problem-solving in production settings.
Mentorship and knowledge transfer.
Clear communication of technical insights.