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Structural Geologist with 8+ years of experience supporting mining, transportation, and energy projects through field mapping, core logging, kinematic analysis, and 3D geologic modeling. Delivers defensible interpretations that improve slope design, hazard assessments, and permitting documentation. Known for strong field safety performance, clear technical reporting, and cross-functional collaboration with geotechnical and civil teams.
- Led structural mapping, kinematic analysis, and fault characterization for 14 transportation and energy projects, reducing geologic uncertainty and supporting permitting, design alignment, and slope decisions.
- Integrated LiDAR, drone imagery, oriented core, and field measurements into 3D geologic models that improved subsurface interpretation accuracy and shortened client reporting cycles by 20%.
- Prepared geotechnical memoranda, cross sections, and structural risk assessments for dams and rock cuts, contributing to zero major review comments across eight deliverables.
- Managed field safety, subcontractor coordination, and sampling plans during multi state investigations, completing 96 field days without recordable incidents or schedule delays.
- Conducted bedrock and surficial mapping, scanline surveys, and discontinuity analysis for mine expansion and highway projects across Nevada and Arizona.
- Logged more than 18,000 feet of core and RC chips, identifying structural controls on mineralization that informed drilling targets and resource modeling updates.
- Built stereonet interpretations and fracture network summaries using DIPS and Leapfrog, helping senior staff refine pit wall recommendations and reduce rework during design reviews.
- Supported NEPA and state permitting documentation by summarizing geologic hazards, fault setbacks, and excavation conditions for multidisciplinary engineering teams and agency submissions.
Thesis focused on fault kinematics, fracture networks, and rock slope stability in Basin and Range terrains.
Field-based geology program with emphasis in structural geology, geomorphology, and GIS applications.
Active state licensure.
Current hazardous operations training.
Structural Geologist with 8+ years of experience supporting mining, transportation, and energy projects through field mapping, core logging, kinematic analysis, and 3D geologic modeling. Delivers defensible interpretations that improve slope design, hazard assessments, and permitting documentation. Known for strong field safety performance, clear technical reporting, and cross-functional collaboration with geotechnical and civil teams.
- Led structural mapping, kinematic analysis, and fault characterization for 14 transportation and energy projects, reducing geologic uncertainty and supporting permitting, design alignment, and slope decisions.
- Integrated LiDAR, drone imagery, oriented core, and field measurements into 3D geologic models that improved subsurface interpretation accuracy and shortened client reporting cycles by 20%.
- Prepared geotechnical memoranda, cross sections, and structural risk assessments for dams and rock cuts, contributing to zero major review comments across eight deliverables.
- Managed field safety, subcontractor coordination, and sampling plans during multi state investigations, completing 96 field days without recordable incidents or schedule delays.
- Conducted bedrock and surficial mapping, scanline surveys, and discontinuity analysis for mine expansion and highway projects across Nevada and Arizona.
- Logged more than 18,000 feet of core and RC chips, identifying structural controls on mineralization that informed drilling targets and resource modeling updates.
- Built stereonet interpretations and fracture network summaries using DIPS and Leapfrog, helping senior staff refine pit wall recommendations and reduce rework during design reviews.
- Supported NEPA and state permitting documentation by summarizing geologic hazards, fault setbacks, and excavation conditions for multidisciplinary engineering teams and agency submissions.
Thesis focused on fault kinematics, fracture networks, and rock slope stability in Basin and Range terrains.
Field-based geology program with emphasis in structural geology, geomorphology, and GIS applications.
Active state licensure.
Current hazardous operations training.
