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AdrianBrown,P.E. AddanBrown
<br /> Senior Principal Groundwater Engineer
<br /> President
<br /> EDUCATION
<br /> M.B.A.,Administration,Monash University,Australia, 1974
<br /> M.S., Engineering Science, Monash University,Australia, 1970
<br /> B.E.(hons),Civil Engineering,Monash University,Australia, 1966
<br /> Reg istrationlCe rtification
<br /> Member,Institute of Engineers,Australia
<br /> Registered Professional Engineer,British Columbia,Canada
<br /> Registered Professional Engineer,U.S.(Civil)
<br /> Industry Training
<br /> OSHA 40-Hour Hazardous Waste Worker
<br /> MSHA Certified Surface/Underground Miner
<br /> Experience
<br /> Adrian Brown Consultants, Inc., 1983-present
<br /> -specialist consultant in hydrogeology and earth mechanics. Projects have included studies in
<br /> unsaturated seepage,hydrogeologic evaluation,dewatering design,nuclear waste containment,
<br /> groundwater modeling,mine inflow,subsidence,pennitting,dam stability,contaminant migration,
<br /> aquifer restoration,and computer program development.
<br /> Golder Associates, Vancouver and Denver, 1974-1983
<br /> -development of Golder Associates'geohydrology capability in the areas of slope stabilization,
<br /> dewatering,contaminant transport and baseline monitoring. In the same period,directed and performed a
<br /> wide range of groundwater and slope stability projects in the United States,Australia,South America,
<br /> and China. Particular emphasis on slope stability and groundwater pressure control in soft,low
<br /> permeability rock masses in the energy minerals industries: coal, lignite,copper,uranium,and oil shale.
<br /> State Electricity Commission of Victoria, Australia, 1966-1974
<br /> -Geotechnical Engineer in lignite mining division,with responsibility for major open pit lignite mines in
<br /> the Latrobe Valley, Victoria. This work included the analysis and improvement of slope stability
<br /> conditions in pits and dumps,and analysis and monitoring of local and regional impact of dewatering on
<br /> aquifers surface streams.
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