KoBold Metals
KoBold Metals develops AI-driven mineral exploration software and sensor systems and runs its own exploration programs to find copper, lithium, and other battery metals. The privately held company, founded in 2018 and headquartered in Berkeley, California, combines data science with geoscience to guide drilling and asset decisions. It is backed by investors such as Andreessen Horowitz, Breakthrough Energy Ventures, BHP, Mitsubishi, T. Rowe Price, and CPP Investments.
Open Positions at KoBold Metals
6 open positions
Software Engineers will build data systems and pipelines that make mineral exploration data accessible to people and machines. The role combines hands-on software development with close collaboration and occasional field work alongside geologists and data scientists.
Build foundational scientific-computing libraries and scalable machine-learning systems that help KoBold discover mineral deposits. You’ll work closely with data scientists and geoscientists on complex exploration data, with occasional travel to field sites.
Build scalable scientific computing and decision science systems that help KoBold make faster, higher-quality mineral exploration decisions. You’ll partner with data scientists, geoscientists, and engineers to turn experiments and ML research into robust production workflows.
Build the scientific computing and machine-learning infrastructure behind KoBold’s mineral exploration discoveries. You’ll work across software, sensors, scientific data, and field exploration to turn complex research into scalable production systems.
Build polished frontend applications and interactive geospatial visualization tools that help KoBold’s scientists explore mineral deposits. You’ll modernize the web stack, improve UI testing, and work closely with geology and data science teams.
Build data systems and software that help KoBold’s exploration teams discover critical minerals more effectively. You’ll work hands-on with geologists and data scientists, owning production tools and pipelines from design through operational use.