Brian Brunette Email and Phone Number

Responsible for project-level and program-level decisions regarding geophysical services. Primary area of focus is within the confines of Munitions and Explosives of Concern (MEC) projects, although other types of projects (e.g., environmental, geological, construction) are also supported on an as-needed basis.

Primary responsibility included all technical management of MR geophysics projects performed in-house or through subcontract management. Imbedded within the primary responsibility were duties related to proposal writing, SOP / SOW generating, WP / UFP-SAP document preparing, and field activity monitoring for production and quality. Also prepared reports and communicated directly with on-site client QA personnel. Commonly organized overarching geophysical deliverable products for Navy CLEAN, Huntsville MEGA, and Baltimore MAMMS contract vehicles. Regularly conducted inspections as a Professional Geophysicist (PGP) or third-party Quality Control / Quality Assurance (QC/QA) auditor of other contractors deliverables. Reviews did include some amount of Advanced Geophysical Classification (AGC) and underwater AUV data, in addition to standard data. Underwater AUV data included role in an ESTCP project working with NSWC-PCD and Geosoft.

Prepared proposals, tracked budgets, planned/executed projects, managed personnel, processed data, interpreted data, and summarized final reports as a geophysics subcontractor which provided support to large corporations' large-scale Military Muntions Response Program (MMRP) projects. Contract vehicles primarily included Navy CLEAN / Huntsville WERS, with occasional Omaha MATOC.

Collected, processed, and interpreted geophysics data for the detection, investigation, and resolution of anomalies attributed to metal from ordnance related hazards. Workload covered the Navy RAC, Navy CLEAN, and Huntsville CONUS/OCONUS contract vehicles.

Supported interpreters by conducting background research, programming, data preparation, and data analysis. Included but was not limited to modeling salt domes via ray-tracing programs from Vertical-Seismic-Profiling data, progamming software to conduct frequency spectrum analyses, and analyzing dipole sonic data from two oil service contractors.

Acquired, processed, and modeled electrical resistivity tomography data using FORTRAN code supplied by Department of Energy. Imaged in-situ vitrification and in-situ grout operations to confirm solidified inert nature of the subsurface did not allow contaminants to disperse.