Health Safety and Environment Lead
KoBold Metals
Posted
Apr 21, 2026
Location
Remote
Type
Full-time
Mission
What you will drive
Core responsibilities:
- Implement KoBold's HSE strategy across global operations, aligning programs with corporate sustainability and zero-harm objectives across diverse jurisdictional and operational contexts
- Coach and train operations and technical staff to take ownership of HSE for their projects, and support the safe execution of exploration campaigns across the globe
- Develop and maintain the tools, templates, and tracking systems that enable teams to own corrective action closure and share lessons learned across the portfolio
- Champion a strong safety culture through visible leadership, engagement, and communication at all organizational levels and across geographically dispersed teams
Impact
The difference you'll make
This role creates positive change by ensuring safe and environmentally responsible mineral exploration operations worldwide, supporting the transition to renewable energy through responsible sourcing of critical metals while maintaining a zero-harm commitment to workers and communities.
Profile
What makes you a great fit
Required qualifications:
- Minimum of bachelor's degree in Occupational Health & Safety, Environmental Science, Engineering, or related field (Master's preferred)
- Minimum of 5 years of experience in a Health Safety and Environment (HSE) role with demonstrated success in driving safety culture
- Direct experience in mining or oil & gas exploration and production
- Expert knowledge of global HSE legislation, mining standards, and best practices
- Experience maintaining or implementing HSE software systems such as DATS, Intelex, Cority, etc.
Benefits
What's in it for you
No specific compensation, perks, or culture highlights mentioned in the posting.
About
Inside KoBold Metals
KoBold builds AI models for mineral exploration and deploys those models alongside novel sensors to guide decisions on exploration programs, aiming to discover critical metals like copper and lithium more efficiently to support electric vehicles, renewable energy, and data centers.