Dr. Jonathan Pease has over 27 years of experience in project management and geotechnical engineering analysis throughout Nevada and California.  Dr. Pease routinely provides design approaches to mitigate earthquake-induced liquefaction, landslides and slope instability, subsurface seepage including detention basins and levees, and settlement reduction including ground improvement or deep foundations.  He has experience with developing geotechnical recommendations for commercial and residential buildings; energy projects including windfarms, refineries and geothermal power plants; industrial facilities; dam and levee projects; highway re-alignments; infrastructure improvements, and bridges.  He has civil experience in preparing waterfront protection, slope failures and drainage designs.

Mr. Arunan, goes by Arun, has over seven years of experience in geotechnical engineering including seepage, slopes, embankments, earthquake engineering, foundations, structural analysis, surveying and environmental engineering as well as pavement design, reconstruction, rehabilitation and maintenance.  He has done work for several commercial and residential buildings including slope stability, infrastructure improvements, and geotechnical assessments. Mr. Arunan is extremely proficient in the use of engineering software such as GEOStudio, gINT, AutoCAD, SAP2000, 3D-Move and the HY-8 Culvert Analysis Program.

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Mr. Smith has over 45 years of experience in various aspects of site development analysis and design in urban, mountainous, and rural settings. His experience in construction and surveying, coupled with numerous design assignments, contribute to a clear understanding of problem issues and result in logical, cost effective, efficient solutions. Mr. Smith has served as an expert witness in grading and surveying litigations.

Specialties include: Site Development Analysis and Design; Infrastructure (Stormdrain, Sewer, Water Systems) Design and Construction Management; Landfill design; NEPA Assistance; Environmental Engineering; Surveying and Land Title; Project Permitting Assistance; Water Rights; Dam Design; Mine Facilities Design; and Mine Reclamation and Closure Planning.

Mr. Carnes is a senior civil engineer who has worked in the construction industry for 30 years.  The most recent 21 years included surveying, civil design, materials testing and inspection, and engineering management.  His experience includes engineer-of-record, civil and utility infrastructure design, new construction and remediation projects, residential and commercial septic system design, FEMA certificates, and forensic engineering.  Mr. Carnes is a graduate of the University of Nevada, Reno with a degree in Civil Engineering and is registered as a Civil Engineer in Nevada.  He is Nuclear Densometer certified.

Mr. Davis offers over 50 years of experience in civil engineering, specializing in geotechnical engineering, site development, and civil design.  Mr. Davis’ education and experience make him uniquely qualified to evaluate and resolve difficult or unusual site conditions, design and evaluate pavements and subgrades, coordinate construction observation and material testing services, and design large excavation and earthwork projects including slope embankments, roadways, large retaining structures, multi-story steel and concrete structures, dams and bridges in Nevada, California and Texas.  His experience includes major industrial, institutional, commercial, recreational, and public works projects.  Mr. Davis has completed geotechnical investigations and provided construction and materials testing for numerous projects in Nevada, California, Alaska, Texas, Saudi Arabia and Bahrain.  Mr. Davis excels in providing innovative solutions for owners and contractors to facilitate successful completion for a variety of construction projects.

For 27 years, Mr. Davis owned and managed Marvin E. Davis & Associates, Inc. (now Reno-Tahoe Geo Associates, Inc.), a Reno, Nevada based engineering company specializing in geotechnical engineering, materials testing, and civil engineering for complex site and foundation development, drainage design, and slope repair and retention issues.