Comprehensive exploration support
Gain access to world-class expertise in electromagnetic methods, our team offers custom software and hardware solutions that drive exploration success.
Expert geophysical consulting with focus on IP and EM. We offer comprehensive data processing, QC and interpretation, including advanced curved conductor modeling and inversion techniques for complex geological environments.
Specialized electromagnetic data analysis using state-of-the-art processing techniques. Our team provides expert interpretation services for surface EM, borehole EM, and airborne EM surveys with focus on mineral exploration applications.
Advanced EM modeling using our proprietary Provus software. We provide custom modeling solutions for complex conductor geometries, parametric inversion, and integrated interpretation workflows for mineral exploration projects.
35+ years in electromagnetic methods for mining exploration. Career spans service provision (Lamontagne Geophysics, 1985-1997) and major mining operations (Inco/Vale, 1997-2007).
Key achievements include contributing to the discovery of the Totten-Main Ni-Cu ore body (>8 million tonnes) and supporting global nickel exploration across Canada, Finland, Brazil, and Australia.
World-class expertise in inversion methods. Trained at UBC under Doug Oldenburg with specialization in potential fields, IP/resistivity, and magnetotelluric data processing and inversion.
Expert C++ programmer enabling development of sophisticated algorithms for complex geophysical challenges.
Advanced geophysical data processing algorithms tailored to specific exploration challenges. Complete prototype development cycle including testing, refinement, and optimization.
Expert C++ development using Qt framework for professional-grade geophysical software. Seamless integration of hardware and software components into exploration solutions.
Complete instrumentation development from mechanical design to field deployment. Full prototype manufacturing with rigorous testing and optimization protocols.
Specialized magnetic induction sensor design and optimization for demanding environments. Advanced signal processing and noise reduction techniques for enhanced data quality.