Summary
Overview
Work History
Education
Skills
Timeline
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Benjamin Galer

Saint Paul,MN

Summary

Emerging structural geologist with a primary research focus on analog sandbox modeling of thrust wedge evolution, investigating stress, strain, and slip dynamics under varying boundary conditions, including backstop stress and out-of-sequence thrusting. Experienced in designing and calibrating physical experiments using load-cell data to evaluate fault development and deformation patterns. Supplemented by numerical modeling expertise in rate-and-state friction with evolving pore fluid pressure, providing a broader mechanical context to fault behavior. Field-tested through ~5 months of domestic and international geologic mapping, including structural studies in the Nepal Himalaya.

Overview

1
1
year of professional experience

Work History

Research Project

EAPS 591: Rock and Mineral Physics
West Lafayette, IN
01.2025 - 05.2025
  • Simulated dry, wet (static Pp), and wettening (evolving Pp) fault conditions to quantify effects on fault healing, state variable evolution, and slip behavior.
  • Designed and analyzed slide-hold-slide numerical experiments, comparing outputs across friction coefficients, slip velocities, and fluid pressure regimes.
  • Authored a technical report with figures and data interpretation, including theoretical background and comparative model evaluation.

Student Research Assistant

Purdue University
West Lafayette, IN
05.2024 - 05.2025
  • Conducted analog sandbox modeling experiments to investigate stress, strain, and slip evolution in developing fold-and-thrust wedges.
  • Calibrated load-cell instrumentation to ensure a linear response and characterized instrument behavior under varying convergence rates.
  • Designed and executed experiments with varying sand thicknesses and pre-tapered geometries to assess how structural complexity affects stress distribution.
  • Applied image-based velocity and vorticity analysis to correlate structural activity with changes in loading rate at the backstop.
  • Presented results with frame-by-frame analysis and stress-velocity correlation, contributing to the lab’s ongoing efforts to refine applications of critical wedge theory.

Education

Bachelor of Science - Geology And Geophysics

Purdue University
West Lafayette, IN
08-2025

Bachelor of Science - Planetary Sciences

Purdue University
West Lafayette, IN
08-2025

Geological Field Training - Field Geology

Wasatch Uinta Field Camp
Utah
07-2025

Geological Field Training - Field Geology

SIT
Kathmandu, Nepal
07-2024

Skills

  • Data analysis
  • Laboratory techniques
  • Technical writing
  • Presentation skills
  • Team collaboration

Timeline

Research Project

EAPS 591: Rock and Mineral Physics
01.2025 - 05.2025

Student Research Assistant

Purdue University
05.2024 - 05.2025

Bachelor of Science - Geology And Geophysics

Purdue University

Bachelor of Science - Planetary Sciences

Purdue University

Geological Field Training - Field Geology

Wasatch Uinta Field Camp

Geological Field Training - Field Geology

SIT