Arcadis is seeking a Principal Geotechnical Engineer to join a multi-national mining engineering team. This role involves providing technical leadership for projects across the US, Canada, and Chile, with a focus on sustainable mining solutions. The position allows for hybrid work arrangements and requires approximately 10% travel. The selected candidate will lead geotechnical engineering on surface mining projects, collaborating with multidisciplinary teams to drive environmental and operational improvements.

• B.S. degree in civil or geotechnical engineering or closely related field
• Professional Engineer (PE) license
• Minimum 15 years of experience
• Post graduate degree in civil or geotechnical engineering or closely related field is preferred
• Direct experience with geotechnical modeling software such as GeoStudio, RocScience, FLAC, PLAXIS, etc. is preferred
• Working knowledge of Autodesk Civil 3D, Arc Map, or similar geospatial software is preferred
• Spanish language proficiency is a plus

• Provide leadership to the Geotechnical Engineering community and Mining Sector Team.
• Act as or become an Engineer of Record (EoR) on appropriate projects.
• Support business development by identifying and pursuing growth opportunities.
• Use excellent communication skills to represent Arcadis to external teams and clients.
• Define project goals and manage external inputs to deliver informed technical solutions.
• Perform geotechnical engineering reviews and provide key input on critical projects.
• Apply engineering principles to develop effective solutions for clients' challenges.

• Employees at Arcadis are often offered a supportive, inclusive culture with internal mobility, extensive learning and development resources, and the flexibility to choose benefits that fit their needs (varying by country). Many roles also emphasize purpose and community—through sustainability initiatives, charitable programs like Shelter, and regular social and volunteer events—so people can grow their careers while making a positive impact.