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The role involves conducting rock mass characterization, performing stability analyses using tools like Map3D and FLAC3D, designing ground support systems, logging core and mapping exposures, installing geotechnical instrumentation, and providing input into mine planning and risk assessments.
You will use numerical modeling software such as Map3D and FLAC3D for stability analyses, along with rock mass classification systems like RMR, Q-System, GSI, and RQD.
The Geotechnical Engineer reports to the Lead Geotechnical Engineer and works closely with mine planning, geology, hydrology, Safety, and operations teams.
This information is not specified in the job description.
This information is not specified in the job description.
AI-driven mineral exploration for clean energy
KoBold Metals focuses on discovering new deposits of essential minerals like lithium, cobalt, copper, and nickel, which are crucial for clean energy technologies. The company employs artificial intelligence to enhance the mineral exploration process, making it more efficient and predictable. Their proprietary AI tool utilizes a concept known as Efficacy of Information (EOI) to guide data collection during exploration, helping to reduce uncertainty. KoBold invests over $60 million annually in more than 60 projects across three continents, leading extensive research and development efforts in the field. Unlike traditional exploration methods, KoBold aggregates comprehensive data about the Earth's crust's physics and chemistry, allowing for a more scientific approach to mineral discovery. The company's goal is to locate and sell mineral deposits to clean energy companies, providing them with the necessary resources while maintaining a competitive advantage in the market.