Geotechnical Engineer
Elko, NV · On-site
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. Support stope sequencing, mine design optimization, and ...
Quick apply
Elko, NV · On-site
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. Support stope sequencing, mine design optimization, and ...
Quick apply
Elko, NV · On-site
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. Support stope sequencing, mine design optimization, and ...
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. Support stope sequencing, mine design optimization, and ...
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. Support stope sequencing, mine design optimization, and ...
Elko, NV · On-site
... numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. • Support stope sequencing, mine design optimization, and excavation stability ...
Elko, NV · On-site
... numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. • Support stope sequencing, mine design optimization, and excavation stability ...
Elko, NV · On-site
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. * Support stope sequencing, mine design optimization, and ...
Elko, NV · On-site
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. * Support stope sequencing, mine design optimization, and ...
Elko, NV · On-site
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments.Support stope sequencing, mine design optimization, and ...
Quick apply
Elko, NV · On-site
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments.Support stope sequencing, mine design optimization, and ...
Elko, NV · On-site
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. * Support stope sequencing, mine design optimization, and ...
Elko, NV · On-site
Perform advanced numerical modelling using FLAC3D and industry-leading constitutive models to support complex geotechnical assessments. * Support stope sequencing, mine design optimization, and ...
Gaithersburg, MD · On-site
$53K - $72K/yr
The candidate will undertake numerical modelling of spin dynamics to understand device performance and improve on sensor design. The work impacts the goals of the nanoscale spectroscopy program to ...
Gaithersburg, MD · On-site
$53K - $72K/yr
The candidate will undertake numerical modelling of spin dynamics to understand device performance and improve on sensor design. The work impacts the goals of the nanoscale spectroscopy program to ...
Experienced with industry-standard numerical modelling packages and analytical codes. * Strong reputation among clients and peers for creativity, integrity, responsiveness, and technical expertise
Experienced with industry-standard numerical modelling packages and analytical codes. * Strong reputation among clients and peers for creativity, integrity, responsiveness, and technical expertise
Gaithersburg, MD · On-site
$85K - $95K/yr
The candidate will undertake numerical modelling of spin dynamics to understand device performance and improve on sensor design. The work impacts the goals of the nanoscale spectroscopy program to ...
Gaithersburg, MD · On-site
$85K - $95K/yr
The candidate will undertake numerical modelling of spin dynamics to understand device performance and improve on sensor design. The work impacts the goals of the nanoscale spectroscopy program to ...
Austin, TX · On-site
$85K/yr
Experience in numerical modelling using innovative tools (e.g. FLAC3D) and methods (ML), earthquake algorithm, earthquake location algorithms, computer programming and geophysical equipment.
Austin, TX · On-site
$85K/yr
Experience in numerical modelling using innovative tools (e.g. FLAC3D) and methods (ML), earthquake algorithm, earthquake location algorithms, computer programming and geophysical equipment.
Experience with ground support design, 2D-3D computer modelling skills, including knowledge or proficiency in numerical modelling using boundary element, finite element, finite difference and/or ...
Experience with ground support design, 2D-3D computer modelling skills, including knowledge or proficiency in numerical modelling using boundary element, finite element, finite difference and/or ...
Experience with ground support design, 2D-3D computer modelling skills, including knowledge or proficiency in numerical modelling using boundary element, finite element, finite difference and/or ...
Experience with ground support design, 2D-3D computer modelling skills, including knowledge or proficiency in numerical modelling using boundary element, finite element, finite difference and/or ...
Experience with ground support design, 2D-3D computer modelling skills, including knowledge or proficiency in numerical modelling using boundary element, finite element, finite difference and/or ...
Experience with ground support design, 2D-3D computer modelling skills, including knowledge or proficiency in numerical modelling using boundary element, finite element, finite difference and/or ...
Experience with ground support design, 2D-3D computer modelling skills, including knowledge or proficiency in numerical modelling using boundary element, finite element, finite difference and/or ...
Experience with ground support design, 2D-3D computer modelling skills, including knowledge or proficiency in numerical modelling using boundary element, finite element, finite difference and/or ...
Experience with ground support design, 2D-3D computer modelling skills, including knowledge or proficiency in numerical modelling using boundary element, finite element, finite difference and/or ...
Experience with ground support design, 2D-3D computer modelling skills, including knowledge or proficiency in numerical modelling using boundary element, finite element, finite difference and/or ...
$100K - $150K/yr
Experienced with industry-standard numerical modelling packages and analytical codes. * Strong reputation among clients and peers for creativity, integrity, responsiveness, and technical expertise
Quick apply
$100K - $150K/yr
Experienced with industry-standard numerical modelling packages and analytical codes. * Strong reputation among clients and peers for creativity, integrity, responsiveness, and technical expertise
Redmond, WA · On-site
$90K - $118K/yr
Minimum of five-years of experience with industry-standard numerical modelling packages (e.g., MODFLOW, Groundwater Vistas, FEFLOW, HydroGeoSphere, MIKE SHE); * Minimum of seven years' experience ...
Redmond, WA · On-site
$90K - $118K/yr
Minimum of five-years of experience with industry-standard numerical modelling packages (e.g., MODFLOW, Groundwater Vistas, FEFLOW, HydroGeoSphere, MIKE SHE); * Minimum of seven years' experience ...
Redmond, WA · On-site
$90K - $118K/yr
Minimum of five-years of experience with industry-standard numerical modelling packages (e.g., MODFLOW, Groundwater Vistas, FEFLOW, HydroGeoSphere, MIKE SHE); * Minimum of seven years' experience ...
Redmond, WA · On-site
$90K - $118K/yr
Minimum of five-years of experience with industry-standard numerical modelling packages (e.g., MODFLOW, Groundwater Vistas, FEFLOW, HydroGeoSphere, MIKE SHE); * Minimum of seven years' experience ...
Oakland, CA · On-site
Numerical Modelling in Geomechanics * GeoEngineering Testing and Design * Seismology * MATLAB and Python * RocPlane * GeoStudio * Bluebeam Revu * Fundamental Revit * SWedge * Slope/W and Seep/W
Oakland, CA · On-site
Numerical Modelling in Geomechanics * GeoEngineering Testing and Design * Seismology * MATLAB and Python * RocPlane * GeoStudio * Bluebeam Revu * Fundamental Revit * SWedge * Slope/W and Seep/W
Numerical Modelling in Geomechanics * GeoEngineering Testing and Design * Seismology * MATLAB and Python * RocPlane * GeoStudio * Bluebeam Revu * Fundamental Revit * SWedge * Slope/W and Seep/W
Numerical Modelling in Geomechanics * GeoEngineering Testing and Design * Seismology * MATLAB and Python * RocPlane * GeoStudio * Bluebeam Revu * Fundamental Revit * SWedge * Slope/W and Seep/W
A Numerical Modelling job involves developing and using mathematical models to simulate real-world systems and processes. This typically includes working with computational tools to analyze physical, engineering, or financial problems. Professionals in this role use numerical techniques to solve complex equations and predict outcomes. They often work in industries like engineering, climate science, finance, and aerospace. Strong programming skills and expertise in applied mathematics are essential for success in this field.
Professionals in Numerical Modelling typically spend their days designing, implementing, and troubleshooting mathematical models to simulate real-world phenomena or engineering systems. This often involves coding, running simulations, analyzing large datasets, and interpreting the results to inform decision-making. Collaborating with engineers, scientists, or project managers is common, as model outputs need to be integrated into broader projects or presented to non-technical stakeholders. Additionally, continuous learning and staying current with advanced modelling techniques and software updates are integral to remaining effective in this role.
To thrive in Numerical Modelling, you require a strong background in mathematics, physics, or engineering, coupled with proficiency in computational methods and data analysis. Experience with programming languages such as Python, MATLAB, or C++, and familiarity with simulation software or relevant certifications in numerical analysis are typically important. Problem-solving skills, attention to detail, and the ability to communicate complex concepts clearly are valuable soft skills in this field. These competencies are critical for developing accurate models, collaborating effectively with interdisciplinary teams, and delivering insights that inform real-world solutions.

The Opportunity
The Geotechnical Engineer is responsible for evaluating soil, rock, effects of
groundwater, and geologic conditions to ensure the safe and efficient design,
construction, and operation of mining projects. This role supports open-pit mines,
underground mines, tailings storage facilities, waste dumps, haul roads, and related
infrastructure by assessing ground stability and geotechnical risks.
Geotechnical Engineers work closely with mine planning, geology, operations,
environmental, and civil engineering teams to optimize mine safety, production, and
long-term stability.
Responsibilities
Conduct geotechnical investigations including drilling programs, rock and soil
sampling, laboratory testing, and field mapping.
Analyze rock mass behavior, slope stability, ground support requirements, and
soil mechanics.
Develop geotechnical models for open-pit and underground mining operations.
Perform advanced numerical modelling using FLAC3D and industry-leading
constitutive models to support complex geotechnical assessments.
Support stope sequencing, mine design optimization, and excavation stability
assessments.
Design and evaluate:
Stope dimensions and estimates of ore dilution and Equivalent Linear
Overbreak Slough (ELOS)
Underground ground support systems
Pit slopes and bench configurations
Waste rock dumps
Tailings storage facilities
Use geotechnical software for modeling and stability analysis including advanced
numerical modelling approaches.
Support and contribute to Ground Control Management Plans (GCMPs), TARPs,
and geotechnical risk management processes.
Monitor ground conditions using instrumentation such as prisms, piezometers,
extensometers, and radar systems.
Interpret and manage geotechnical monitoring data, including prism,
MPBX/extensometer, radar, and other instrumentation outputs.
Identify geotechnical hazards including slope failures, rockfalls, subsidence, and
seismic risks.
Develop mitigation plans and emergency response recommendations.
Perform inspections and prepare stability assessments and technical reports.
Provide day-to-day geotechnical guidance to mine operations teams.
Work closely with operations teams to develop practical and implementable
geotechnical solutions.
Recommend operational changes to improve safety and production efficiency.
Support drill-and-blast optimization from a geotechnical perspective.
Participate in mine planning and scheduling meetings.
Ensure compliance with mining regulations, environmental standards, and
company safety policies.
Prepare technical documentation, risk assessments, and engineering reports.
Support permitting and regulatory submissions.
Coordinate with geologists, mine engineers, surveyors, and environmental
specialists.
Manage contractors and geotechnical consultants when required.
Mentor junior engineers and technicians.
Present findings and recommendations to management and stakeholders.
The above responsibilities are representative and may not include all assigned duties.
Education and Experience
Bachelor's degree in Mining Engineering, Geological Engineering, Geotechnical
Engineering or related field.
Master's degree in Geotechnical Engineering or Rock Mechanics preferred.
5-8+ years of mining geotechnical experience
Knowledgeable in rock mechanics and soil mechanics
Experience with slope stability analysis, ground support design and data
interpretation and technical reporting
Experience with geotechnical and mine design software such as FLAC3D,
Rocscience Suite (Unwedge and Dips), GeoStudio, Surpac, Vulcan, AutoCAD, and
GIS platforms.
Experience with advanced numerical modelling software, FLAC3D, will be viewed
favorably; however, training and mentoring will be available for suitable
candidates.
Sourced by ZipRecruiter
Coal, metals and minerals mining
201 - 500 Employees
Bloomington, IN, US
2017