Training

Master Geophysical Survey Techniques

The Challenge

Geophysical survey methods are fundamental tools for exploring the subsurface, but mastering techniques like seismic refraction, electrical resistivity, and magnetics requires both theoretical knowledge and practical expertise. Without adequate training, professionals risk misinterpreting data or underutilizing these advanced methods.

Training

Our Solution

We offer comprehensive training programs that combine theory, practical application, field trips, and industry-standard software tools to equip participants with the skills needed to confidently execute and interpret geophysical surveys. Our training covers:

Electrical Resistivity & Chargeability

Learn the fundamentals of resistivity surveys, data inversion, and interpretation using software like RES2DINV, RES3DINV, and EarthImager.
Apply chargeability methods for mineral identification and subsurface characterization.

Electromagnetics (EM)


Master EM principles, ground-penetrating radar (GPR), and software such as EMIGMA, Aarhus Workbench, and SPIA for data processing.
Practice field techniques for locating utilities, voids, and contaminants.

Magnetics


Interpret magnetic anomalies with tools like Geosoft Oasis Montaj and MagPick.
Apply these methods to mineral exploration, UXO detection, and archaeological surveys.

Seismic Refraction & Reflection

Analyze seismic data using SeisImager, ReflexW, and SurfSeis for refraction, and Kingdom Suite or Petrel for reflection surveys.
Learn to model complex subsurface geometries and fault systems.

Seismic Reflection

Deepen refraction principles to explore reflection methods, from simple horizontal layers to complex geometries. Gain expertise in field data collection, computer processing, and interpretation of reflection data.

Gravity Surveys

Process and interpret gravity data with GravMag or GM-SYS, and analyze anomalies for resource exploration or engineering studies.

Training Formats

  • 1. Interactive Lectures

    PDF/PPT materials with case studies and software demonstrations.

  • 2. Hands-On Workshops

    Field simulations and software labs (e.g., RES2DINV for resistivity, ReflexW for seismic).

  • 3. Field Trips

    • On-Site Data Collection: Practice resistivity, EM, seismic, and magnetic surveys in real-world environments (e.g., quarries, landslide-prone areas, or mining exploration sites).

    • Equipment Training: Learn to deploy and use geophysical instruments (e.g., multi-electrode resistivity systems, Vertical Electrical Sounding, GPS).

    • Real-Time Interpretation: Use software like RES2DINV or EMIGMA to process field data on-site and compare results with drilling or historical datasets.

    • Team Collaboration: Work in groups to design surveys, solve problems, and present findings.

  • 4. Real-World Projects

    Collaborative exercises using datasets validated by drilling or LiDAR.

Why Our Training?

  • Field-to-Software Workflow

    Bridge theory and practice by collecting data in the field and analyzing it with tools like Geosoft or Petrel.

  • Industry-Relevant Skills

    Gain experience in site selection, survey design, and data validation through field trips tailored to your industry (mining, environmental, civil engineering).

  • Software Integration

    Master industry-standard tools like RES3DINV, Geosoft, and Kingdom Suite, both in class and in the field.

  • Practical Skills

    Translate theory into practice with field-verified workflows.

  • Customized Learning

    Programs tailored for students, professionals, or teams in exploration, environmental, or engineering fields.

Field Trip Highlights

  • Case Study Sites

    Visit active or historical study sites (e.g., mines, landslide areas, or construction sites) to contextualize geophysical challenges.

  • Expert Guidance

    Learn from experienced geophysicists while navigating real-world complexities like terrain, noise interference, and data ambiguity.

  • Data Validation

    Compare field results with borehole logs, lab tests, or existing models to refine interpretation accuracy.

Empower your team to optimize surveys, reduce errors, and confidently uncover subsurface secrets, both in the classroom and in the field.