Senior Geophysicist

Alan P. Troup, P.G., MSc.

***** ****** ******* #***

Ashburn, Virginia 20147

Phone: 571-***-****

E-mail: coaczi@r.postjobfree.com

SUMMARY STATEMENT

I am a versatile and highly technical professional geoscientist with significant technical and project management experience in shallow subsurface geophysics, geotechnical engineering, construction observation and materials testing, environmental site assessment and karst hydrogeology. I strive to provide clients with enhanced site characterization, assessment and remediation strategies and site development recommendations based on value-oriented solutions including the use of geophysical survey or non-destructive testing data synthesized with intrusive testing and sampling data, monitoring installations, field geologic mapping and remote sensing methods to construct 1-D, 2-D, 3-D and 4-D site models and maps.

PROFESSIONAL EXPERIENCE

Senior Project Manager

Senior Geophysicist/Geologist

Environmental and Engineering Geophysical Services Manager

ECS Mid-Atlantic, LLC, Chantilly, VA 02/2008-09/2011

Primary responsibilities included building and managing a cohesive environmental and engineering geophysical services group for the Washington, D.C. metropolitan region. This role included the development and continual enhancement the geophysical capabilities of the Chantilly Office and other regional offices. This role involved the planning, conducting and managing a variety of 1-D, 2-D and 3-D field geophysical surveys including p-wave and surface wave (ReMi/MASW) seismic surveys, electrical resistivity surveys, ground penetrating radar (structure scan and ground scanning surveys, and electromagnetics surveys and crosshole sonic logging. The position also involved geophysical data reduction, processing, interpretation, QA/QC, geophysical report production and review and integration of geophysical studies with subsurface exploration geotechnical engineering analysis. In this role, I strived to practice with an emphasis of providing value-oriented solutions with a track record of saving clients significant environmental monitoring, environmental remediation, structural design, earthwork, foundation construction and vertical buililding construction costs on dozens of commercial, residential and public sector projects.

Position responsibilities also included the preparation and senior review of proposals and reports, geophysical and geosciences research, training, mentoring, direct supervision and task supervision of junior staff, evaluating, purchasing, and maintaining of geophysical equipment and vendor relationships and internal and external marketing of environmental and engineering geophysical services. Marketing vehicles included preparing and delivering formal oral presentations, attending client meetings, industry conferences and events and the preparation and distribution marketing materials to external clients and internal (ECS) staff. Management responsibilities included the direct supervision and mentoring of one full-time professional staff and supervision of several part-time technical staff. Additional responsibilities included developing and tracking budgets, preparing change orders, project billing, invoicing and collections.

Examples of engineering and environmental geophysical projects at ECS included:

1. Senior geophysicist and project manager for mapping and locating of underground storage tanks (USTs) and underground utility infrastructure via electromagnetics (EM) and ground penetrating radar (GPR) surveys;

2. Senior geophysicist and project manager for mapping top of weathered rock, competent rock, extent of alluvium within stream valleys, bedrock discontinuities and geologic contacts along linear alignments including roadways, bridge abutments, underground utilities and stream restorations using seismic refraction, ReMi, MASW and electrical resistivity methods. Integrated data from soil borings and rock cores to provide rippability and rock excavation assessments as required for design feasibility and cost estimating purposes.

3. Senior geophysicist and project manger for conducing rock studies in the Washington, DC metropolitan area for proposed underground construction including parking garages and basements using pseudo 3-D seismic refraction and ReMi studies. These studies involved construction of 3-D wireframe maps and rock contour maps from a series of tightly-spaced geophysical profiles within the proposed limits of construction and integrating information from soil borings and proposed lowest floor levels to develop highly-refined volume estimates of rock materials required for removal based on various design scenarios for cost estimating purposes. Information from these studies likely saved multiple clients six figures in cost and months of project development time.

4. Senior geophysicist and project manager for 2-D and 3-D mapping of the extent, character and thickness of landfills and contaminated soils through the use of electrical resistivity profiles correlated to intrusive sampling data. Data from 3-D surveys were and integrated into wireframe and contour maps and used for volume analysis.

5. Senior geophysicist and project manager integrated geophysical studies via seismic refraction, electromagnetics (EM-31/EM-38), GPR and ER methods to map spatial and time-lapse variations in the water table and moisture content for agricultural studies at vineyard sites in northern Virginia;

6. Senior geophysicist and project manager for karst geotechnical and risk assessment studies including the mapping buried faults, geologic contacts, sinkholes, voids, solution cavities, groundwater pathways, depth to rock, variations in rock quality, formational contacts, stratigraphic discontinuities, structural lineaments and problem/soft soils using ER and geotechnical borings within Culpepper Basin of Northern Virginia.

7. Senior geophysicist and project manager for Site-specific seismic studies and seismic risk assessments for dozens of sites in the Washington DC Metropolitan area via integration of shear wave seismic data and soil profile data from soil borings and probabilistic seismic hazard analysis (PSHA) as per the international Building Code (IBC) 2000/20006/2009;

8. Senior geophysicist and project manager and technical lead for crosshole sonic logging (CSL) services for multiple public sector transportation infrastructure projects in the Washington, DC Metro area including Silver Spring (Maryland) Transit Center and Fort Belvoir North and South Loop roads and bridges.

Project Geophysicist/Geologist

GeoConcepts Engineering, Inc., Ashburn, VA 09/2005-02/2008

Primary responsibilities included developing and maintaining a geophysical services line and project management of geophysical, geotechnical engineering design, preliminary geotechnical feasibility, and construction observation and materials testing projects. I was responsible for planning and coordinating subsurface investigations using intrusive tests (soil borings, test pits, air track borings, rock coring, in-situ testing) and geophysical methods. Also responsible for training and mentoring of junior staff, coordinating scheduling and staffing of geophysical projects, developing scope of work and cost proposal documents, client and contractor interaction, developing and tracking budgets and preparing geophysical and geotechnical engineering proposals, reports, client transmittals and change orders. Additional responsibilities within this position included technical marketing of geophysical services, educating clients, conducting and organizing internal geophysical training sessions, giving oral presentations to clients, attending project meetings with clients and attending industry conferences and events. Clients included private property owners, power companies, civil engineers, structural engineers, land developers, lawyers, architects, bankers, non-profit organizations and local, state, and federal government agencies.

While at GeoConcepts, I managed and completed dozens of small to large-scale geophysical studies supporting environmental and engineering projects for the purposes of well sitting and hydrology, karst risk assessment, geotechnical engineering feasibility, design and remediation, locating and mapping buried structures including USTs, foundation elements, underground utility infrastructure, and tree roots and mapping depth to rock and formational contacts.

Sr. Staff Geologist/Geophysicist

URS Corporation, Gaithersburg, MD 01/2000 - 09/2005

Primary responsibilities included planning and conducting numerous geophysical surveys, including surface geophysical surveys and vibration monitoring arrays and subsurface investigations for environmental, geotechnical engineering design and construction phase projects. Duties included assisting in task and project management tasks on numerous small to large-scale environmental and engineering geophysical and geotechnical engineering projects, serving as a geophysical field team leader and project technical lead while gaining significant experience in the preparation of geophysical, geotechnical engineering and environmental engineering reports, proposals, cost estimates and work plans. Responsibilities included the preparation of environmental and geotechnical boring logs, environmental sampling reports and related tables and graphs for principal review by registered professionals.

The scope of these projects included groundwater supply studies, geologic mapping, environmental site assessment and monitoring, geotechnical engineering design and construction, mapping of underground utilities and structures and remedial engineering studies. Additional experience included client interaction, internal and external marketing, project task and assistant project management, delivering professional presentations, writing professional papers and geophysical and geologic research. Clients included local, state, and federal government agencies including the Army Corps of Engineers, Bureau of Reclamation, the Tennessee Valley Authority (TVA), non-profit agencies and large private corporations including Fortune 500 Companies in the chemical and energy industries.

Performed integral duties on several Phase II environmental site assessments (ESAs), hydrologic and geotechnical engineering studies for federal and state agencies and private clients including projects at Superfund, RCRA and Brownfield sites across the United States. Served as a task manager for a United States Postal Services (USPS) contract documenting and managing waste streams at USPS facilities throughout the state of Michigan. Field and instrumentation experience included pump testing, slug testing, groundwater and soils sampling, logging of environmental and geotechnical drilling activities, rock coring, in-situ testing, Geoprobe and vactruck activities. Participated in several geophysical studies to locate and map buried waste, unexploded ordinance (UXO), USTs, groundwater pathways, structural and stratigraphic discontinuities and hydrogelogic studies for mapping of aquifers.

While at URS, I conducted and managed several bathymetric studies for local, state and federal government agencies for assessing the sedimentation rate and/or mapping depth to water within reservoirs and harbors. Some of these bathymetric studies were conducted simultaneously with marine ERI surveys to map the thickness of sediment layers, depth to bedrock and/or karst issues. ERI data were compared to existing intrusive data including soil borings and sediment cores. In addition, I participated on several earthen dam and reservoir construction and remediation projects using geophysical data from seismic refraction and ERI surveys correlated to soil borings and in-situ testing data to assist engineers in the design and/or remediation of earthen dams and impounding reservoirs.

Staff Geologist

Key Environmental, Inc., Carnegie, PA 02/1999 - 11/1999

Participated in several ESAs including Phase I site characterization, Phase II groundwater and soils monitoring and Phase III groundwater and soils remediation. Gained significant experience in the construction, monitoring and maintenance of soil vapor extraction (SVE) and in-well liquid and vapor phase granular activated carbon (GAC) systems. Responsibilities also included groundwater monitoring well installation, well development, groundwater, soils and air sampling and construction, quarterly monitoring, periodic maintenance and performance-related reporting for groundwater remediation systems supporting RCRA and Superfund Projects in the Mid-Atlantic and Midwest Regions. Position duties also included the periodic monitoring of piezometors for the purposes of constructing and updating of potentiometric surface maps at several Superfund sites.

Professional Geology Internship

ARCO International Oil and Gas Company, Plano, TX 06/1998 - 09/1998

Responsibilities included conducting a research study focusing on the correlation of an extensive suite of borehole geophysical data, including gamma ray, resistivity and Delta LogR logs, to 2-D seismic reflection data via SUN Microstation Landmark software. The goal this study included mapping the location, extent and hydrocarbon source potential of source rock (shale) units within several onshore and offshore plays, Gabon and Zaire, West Africa. Results of the research study were presented to the Exploration and Development Group in an oral presentation at the conclusion of the Professional Internship. This position provided me with valuable insight regarding the advantages of correlating borehole geophysical and mud logs with surface geophysical (seismic reflection) data for the purposes of interpretive structural and stratigraphic geologic mapping. This experience served me well in future geosciences positions.

TECHNICAL AND PROFESSIONAL SKILLS

Possess significant experience/fluency with the following software: Landmark, GeoGraphix, Work Station, Geometrics Geode Software, SeisImager, SeisOpt2D, SeisOpt ReMi, GREMIX, SIP, Surfer 8.0, GeoSoft Montage (including UXO Detect), ArcView GIS, MODFLOW, RockWare, EZFrisk, Pile Dynamics Crosshole Analyzer (CHA)/Tomosonic, EarthImager2D, EarthImager3D, Res2DINV, RESIX+, SurfSeis Ver. 2.0, MagMapper, RADAN, GPR Slice, EKKO Mapper, RAMAC Groundvision, RAMAC Object Mapper, DAT 31/34/38/61, gINT, Trimble GPS Pathfinder, Microsoft Office (Excel, Word, Outlook, and PowerPoint) and Lotus Notes. Possess significant experience with Geometrics Geode and Strataview seismographs, Seismic Source DAQ II seismographs, Advanced Geosciences Electrical Resistivity Meters and GSSI, MALA and Sensors and Software GPR Systems and Geonics EM-31, 34, 38, 39 and 61(MK2).

I have gained significant experience analyzing and classifying soil and rock samples and preparing boring logs supporting environmental and geotechnical projects including analyzing borehole geophysical data, obtaining and classifying soil and rock samples from SPT, split spoon/barrel samplers, Shelby Tubes and rock cores using hollow stem auger (HSA) drilling, air and mud rotary drilling, air track probe, Geoprobe, and direct push methods.

Instrumentation skills for engineering studies include the observation, numerical analysis and reporting of data from cone penetrometer, dilatometer, Packer and pressuremeter tests. Possess significant experience in slope stability and settlement monitoring including installing, maintaining, monitoring, reporting and management of data from inclinometers, magnet extensometers, settlement plates, and piezos on multiple transportation projects.

I have approximately nine years of experience using differential GPS units (including Trimble) and/or optical surveying equipment for environmental, engineering, geophysical and geologic mapping studies.

PROFESSIONAL LICENSES

Certified Professional Geologist (CPG), Commonwealth of Virginia, License #1724 (2007)

PROFESSIONAL CERTIFICATIONS

Advanced Electrical Imaging, Advanced Geosciences, Inc. (2010)

Geosoft Montage/UXO Detect, Geosoft, Inc. (2005)

OSHA 8-hour Confined Space Training (2003)

OSHA 40-hour HAZWOPER (1999)

PROFESSIONAL PUBLICATIONS

Alan P. Troup, H. Russell Steele, Robert Hines, P.G., PhD, 2003. Mapping of Karst Bedrock to Define Groundwater Pathways Underlying an Industrial Facility Using the Electrical Resistivity Imaging Method, ASCE Geotechnical Special Publication No. 122, Sinkholes and the Engineering and Environmental Impacts of Karst, 14 pp.

PROFESSIONAL ORGINIZATIONS/AFFILIATIONS

SEG (Society of Exploration Geophysicists)

EEGS (Engineering and Environmental Geophysical Society)

AEG (Association of Engineering and Environmental Geologists)

EDUCATION

Wright State University, Dayton, Ohio

Master of Science, 2000

Major: Geology

Concentration: Geophysics and Environmental Geology

GPA: 3.3

Thesis Research: A Geophysical Feasibly Study of Landslides, Cincinnati, Fairfield County, Ohio.

Master’s Thesis Research involved working in cooperation with the Engineering Department of the City of Cincinnati, Ohio and the Civil and Geotechnical Engineering Department of the University of Dayton, Ohio. Mapped the structure and extent of three landslides using surface geophysical data synthesized with field geologic mapping and geotechnical data.

Relevant Coursework: Field Geology, Seismic Exploration, Seismic Interpretation, Gravity and Magnetics Exploration, Electrical Methods, Introduction to Geophysical Prospecting, Formation Analysis, Basin Analysis, Carbonate Depositional Systems, Process Geomorphology, Regional Geomorphology, Hydrogeochemistry/Geochemistry of Natural Waters, Environmental Hydrogeology, Introduction to Geographic Information Systems (GIS).

Teaching Assistant: Geology and Stratigraphy of Ohio (1997)

Graduate Research Assistant (1997-1998)

The College of Wooster, Wooster, Ohio

Bachelor of Arts, 1996

Major: Geology

GPS: 3.3

Thesis Research (Independent Study): A Structural and Geochemical Study of the Northern Termination of the San Andreas Fault, Shelter Cove, Humboldt County, California

Independent Study field research involved field geologic mapping of uplifted wave cut terraces and other coastal bedrock exposures within tectonic and sedimentary mélanges of the Point Delgada Subterrain and adjacent exotic terrains for the purposes of tectono-stratigraphic analysis. Collected and processed rock samples for geochemical analysis via X-Ray Fluorescence (XRF) at the Franklin and Marshall College (Lancaster, PA) Petrology Lab. Results of the thesis research included petrologic classification and production of geologic maps and an updated tectonostratigraphic history of the study area. The results if the Independent Study were presented at a poster session during the 1996 Keck Geology Symposium at Williams College, Williamstown, Massachusetts, and during oral presentations to peers and professors.

Relevant Coursework: Senior Geology Independent Study, Junior Geology Independent Study, Structural Geology, Sedimentology and Stratigraphy, Hydrogeology, Igneous and Metamorphic Petrology, Mineralogy, Paleontology, Physical Geology, Historical Geology, History of Life, Oceanography, Environmental Chemistry, Chemistry 101/102, Public Speaking.

Teaching Assistant for Geology of Natural Hazards and Environmental Geology

AWARDS and SCHOLARSHIPS

Graduate and Teaching Assistantship, Wright State University, 1997-1998

Keck Foundation Geology Consortium Scholarship, The College of Wooster, 1995-1996

Teaching Assistantship, The College of Wooster, 1994-1996

Robert M. Bruce Memorial Scholarship for Critical Writing, The College of Wooster, 1994

Environmental Experiences, Inc. Scholarship, 1993

Eagle Scout Award, 1991

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