(619) 258-9000 San Diego , Vista 619-246-0901
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Company Statement of Qualifications
APPLIED CONSULTANTS
1941 FRIENDSHIP DRIVE, A
SANTEE, CALIFORNIA 92020
PHONE (619) 258-9000
applied-consultants.com
450 SOUTH MELROSE DRIVE, #126
Vista, CA 92081
APPLIED CONSULTANTS
COMPANY OVERVIEW
INTRODUCTION
In 1983, awareness of ground water contamination and subsurface transport of contaminants was growing, but the means to address the problem was not readily available. Bernard Luther, CEO of Applied Consultants, foresaw the need for consultants knowledgeable about ground water, contaminant transport, and geology. Applied Hydrogeologic Consultants was formed to provide those services.
Our company maintains offices in Santee and Vista. Applied Hydrogeologic Consultants, Inc., renamed Applied Consultants in 1989, offers diverse consulting services to our clients. We have expanded to include a Geotechnical Division, a Hydrogeologic Division, Forensics Division, Civil and Structural Engineering services, and continue to provide Environmental and Geologic services.
The special needs of today's bankers, realtors, contractors, planners, designers, and developers require special consultants. Applied Consultants provides Phase I, II & III site assessments; real estate evaluations; contaminant testing, delineation, and mitigation; geotechnical testing and engineering; geologic and hydrogeologic studies; and forensic engineering.
Applied Consultants' blend of geologists and engineers forms a synthesis of skills and knowledge that provides a multifaceted, interdisciplinary approach to problems.
INTEROFFICE POLICY
Although each office is independently managed, cooperation between offices is a trademark of Applied Consultants. Specialized services are available through any of our offices, and personnel are temporarily reassigned as needed. Our clients receive professional attention on their site, when they need it.
PROJECT PHILOSOPHY
Applied Consultants recognizes the unique "site specific" nature of each project. Each investigation is designed to provide appropriate solutions to individual complex problems. Applied Consultants believes in cooperating with the client to evaluate and solve problems in a timely, economical manner.
QUALITY ASSURANCE
Applied Consultants' corporate philosophy has always been to provide quality service. All work and reports are peer reviewed. Our division managers are geologists or engineers. Company principals are actively involved in project planning and execution, and Mr. Luther regularly reviews reports for clarity, accuracy, and presentation.
Continued education is an active concern at Applied Consultants. Post-baccalaureate education is encouraged, as is membership in professional organizations. Internally, a weekly class is offered on topics ranging from hydrogeology to well-completion.
Applied Consultants maintains an in-house library with up-to-date reference materials. City, County, State and Federal regulations pertinent to our work are constantly updated. Our library contains numerous California Division of Mines and Geology and U.S. Geological Survey publications as well as ASTM Standards, CALTRANS test manuals, and current Uniform Building Codes and Standards. Applied Consultants also subscribes to a variety of professional and industry publications.
HEALTH AND SAFETY PROGRAM
All employees of Applied Consultants strictly adhere to guidelines set forth by Cal-OSHA and the U.S. Environmental Protection Agency (EPA). Employees of Applied Consultants complete an OSHA-approved 40 hour safety course, and all supervisors attend an additional 8 hours of supervisor training.
The company safety manual is provided to all new employees. This safety manual is revised regularly to provide the most current information and procedures. Safety equipment provided to Applied Consultants employees includes respirators, protective boots and clothing, and oxygen and explosivity meters.
Monthly safety meetings provide new information and reinforce company safety policies. Our in-house safety officer monitors company and industry practices to ensure that our personnel are provided with state-of-the-art equipment and training.
Tailgate safety meetings are held on all of Applied Consultants' sites prior to beginning each work day. All fieldwork is performed by teams of at least two people. This team concept helps prevent a minor injury from becoming a life-threatening emergency.
AFFIRMATIVE ACTION POLICY
Applied Consultants is an Equal Opportunity Employer. Applied Consultants maintains an affirmative action plan on file, and the corporate policy is summarized in the company handbook provided to all new employees.
LOCATIONS
SAN DIEGO
Applied Consultants' corporate headquarters are located in Santee California
. Services offered through our San Diego office include: geotechnical services; hydrogeologic evaluations; geologic reconnaissance and studies; forensic engineering and expert witness testimony; mechanical engineering services; and civil engineering services. Our in-house soils laboratory is certified to perform testing in the City and County of Los Angeles.
VISTA
Our Vista office broadens our reach and allows us to better serve San Diego and Orange Counties.
STATEMENT OF QUALIFICATIONS
FOR
APPLIED CONSULTANTS
SUPPLEMENTAL
STATEMENT OF QUALIFICATIONS
FOR
APPLIED CONSULTANTS
GEOTECHNICAL DIVISION
Introduction............................ 14
Services and Experience................. 14
Laboratory Equipment.................... 17
Laboratory Tests........................ 18
Field Sampling Equipment................ 21
SUPPLEMENTAL
STATEMENT OF QUALIFICATIONS
FOR
APPLIED CONSULTANTS
GEOTECHNICAL DIVISION
INTRODUCTION
The Geotechnical Division of Applied Consultants was formed in 1985. The Division's senior personnel have over 30 years geotechnical experience. Established in 1985, this division is already among the finest in the Southern California region.
Applied Consultants has provided geotechnical services on a variety of projects, ranging from single family residences to large commercial projects. Our contract with the Western Naval Facilities Engineering Command has included projects in Yuma, Seal Beach, Twenty-nine Palms, and El Centro. Our personnel have traveled to San Francisco, Newbury Park (Ventura County), Pomona, and Glendale (Los Angeles County) to provide our clients with the geotechnical services they need.
SERVICES AND EXPERIENCE
Principal and Senior Project Geologists are California Registered Geologists, and Bernard Luther is a Registered Civil Engineer and a Certified Engineering Geologist in California. Our project and field personnel are engineers and geologists trained in field techniques and geotechnical sampling, bringing experience and knowledge to your project.
In-Situ Testing
Applied Consultants performs in-situ testing and testing of relatively undisturbed samples to evaluate site soil conditions. Our in-situ field testing and sampling equipment includes a complete suite of in-place field density testing equipment, standard penetrometers and California samplers. We also maintain field kits for on-site maximum density determinations and materials analyses.
Project Experience
The following project summaries briefly describe a few recent Applied Consultants projects.
* Geotechnical Investigation and Contaminant Testing for proposed Weapons Transfer Depot and associated railroad spur, Seal BeachWeapons Depot, Seal Beach
Objectives: Determine subsurface conditions and perform on-site contaminant testing using Hnu Photoionization Detector. Perform laboratory testing in order to present options for foundation design and to evaluate liquefaction potential, and prepare report presenting findings.
Tasks: Drill and sample exploratory borings; perform laboratory tests; research geologic hazards; interpret field and laboratory test results; and prepare report presenting foundation design options and seismic concerns.
* Geotechnical Investigation and Contaminant Testing for Child Care Center and Recruit Support Services, Naval Training Center, San Diego
Objectives: Determine subsurface conditions, perform on-site contaminant testing using Hnu Photoionization Detector, perform laboratory testing to develop options for foundation design and to evaluate liquefaction potential, and prepare report presenting findings.
Tasks: Drill and sample exploratory borings; supervise Dutch Cone drilling; perform laboratory tests; interpret field and laboratory test results; and prepare report presenting foundation design options.
* Soils and Geologic Study, Hacienda Heights, California
Objectives: Evaluate a 15 Acre Site for geologic hazards and soils conditions.
Tasks: Map geology, log deep boreholes for landslide evaluation, trench and sample site soils, laboratory test site soils for engineering characteristics, prepare Soils and Geologic Report for submittal to the County of Los Angeles.
* Soil Investigation; design structural slab and foundation for single-family residence on highly expansive soils, Vista
Objectives: Determine soil characteristics in area where expansive soils have resulted in numerous distressed homes. Design structural slab and foundation for custom single-family residence on highly expansive soils.
Tasks: Soil investigation, laboratory analysis of soil characteristics; using ADAPT program, design structural slab and foundations to resist heave of expansive soils while using conventional (steel reinforcing bars and concrete) materials.
* Geotechnical Investigation and Compacted Filled Ground Testing and Grading Observation, Otay Mesa, California
Objectives: Evaluate a 40 Acre Site for geologic hazards and soils conditions. Quality control of compacted fill placement of 500,000 yards of soil.
Tasks: General geologic mapping, trench logging for soil profile evaluation, trenching and sampling of site soils, laboratory testing of site soils for engineering characteristics, preparation of a Soils and Geologic Report for submittal to the City of Chula Vista.
Subsequent testing and grading observations, including
laboratory testing of fill soils [ASTM Method D-1557-78 Method A (Modified Proctor)], and field testing of compacted soils [ASTM method D-1557 (Sandcone Test)]. Preparation of compacted filled ground report.
LABORATORY EQUIPMENT
Applied Consultants offers extensive soils and materials testing at our laboratory. Although the Geotechnical Division is based in San Diego, each of our offices is capable of conducting geotechnical investigations in accordance with ASTM, UBC and/or AASHTO standards. The following summary lists the geotechnical laboratory and field equipment used by Applied Consultants.
The ELE28 shear apparatus can measure both direct and residual shears, and meets ASTM D 3080-72(79) standards.
SOILTEST G-900 Compression Load Tester with 10,000 lbs. capacity for unconfined compression tests (ASTM D 2166-85), California Bearing Ratio tests (ASTM D 1883-73(78)), and soil cement tests (ASTM D 1633-84).
Wykeham-Farrance oedometers (consolidometers) for obtaining the settlement characteristics of soil samples as per ASTM D 2435-80.
Scales:
1) ACAI electronic scale with 1200 gram capacity and 0.1g sensitivity.
2) Ohous balance with 310 gram capacity and 0.01g sensitivity.
3) Ohous triple beam balance with 2610 gram capacity and 0.1g sensitivity.
4) Ohous Field Test Scales with 35 lbs. capacity and 0.01 lb. sensitivity.
Standard sieve stacks, motorized sieve shaker, and mechanical stirring device for soil grain size analysis and hydrometer apparatus for fine particles as per ASTM C 136-84a and D 422-63(72).
Humboldt sample splitter per ASTM C 702-87 and D 421-85 specifications.
Atterberg limit testing devices meet ASTM D 4318-84.
Specific gravity test apparatus including pycnometer, volumetric flask, and basket for ASTM C 127-84, C 128 and D 854-83 tests.
SOILTEST Shrinkage limit apparatus including dishes, 3-prong plate and shrinkage mold as per ASTM D 427-83.
Proctor hammers and molds for determination of maximum density and optimum moisture content to ASTM D 1557-78 specifications.
California Bearing Ratio apparatus including molds, swell-plates, and dial indicators as per ASTM D 1883-73(78).
Expansion index mold for obtaining expansion characteristics of soils as per UBC 29.2.
SOILTEST K-605 permeameter for constant head [ASTM D 2434-68(74)] and falling head test procedures.
Sand equivalent test apparatus including graduated cylinder, weights and piston, and siphon for soils and fine aggregates to ASTM D 2419-74(79).
Rebound (Schmidt) hammer to ASTM C 805-85 and James Instruments pachometer for non-destructive testing for rock or concrete dowel bar embeds.
AMERICAN SOCIETY FOR TESTING AND MATERIALS ASTM text, Volume 4; Laboratory test manual incorporating ASTM, CalTrans, EPA, and DOD test procedures.
LABORATORY TESTS
Applied Consultants Laboratory is certified by the City of Los Angeles. All tests are performed in accordance with the applicable test standards. The following list details many of the tests performed by laboratory personnel.
Material Analysis
Soil classification for engineering purposes (UBC 29.1 and ASTM D 2487-85) using sample splitting procedures outlined in ASTM C 702-87.
Sieve analysis of fine and course aggregates (ASTM C 136-84a) using brass sieves from 240 mesh to 3 inches for analyzing soil characteristics.
Particle size analysis with hydrometer [ASTM D 422-63(72)] determines the distribution of grain sizes through sieving and sedimentation.
Atterberg Limits determine the plastic limit, plasticity index, and liquid limit of soil in accordance with ASTM D 4318-84.
Specific gravity of course aggregates (ASTM C 127-84); fine aggregates (ASTM C 128-84); and soils (ASTM D 854-83).
Sand equivalent value of soils and fine aggregates indicates relative proportions of clay-like or plastic fines in granular soil [ASTM D 2419-74(79)].
200 wash to determine materials finer than 75 :m (ASTM C 117-87).
Modified plastic index (40 wash) for determining expansive soil's activity index.
Permeameter test [ASTM D 2434-68(74)] determines the coefficient of permeability of granular soil.
Density Tests
Sand cone density test for in place density and moisture content using ASTM D 1556-82.
In-place densities using ring-lined sampler or waxed chunk samples.
Maximum density and optimum moisture relations of soils with a 10 lb. hammer using either a 1/30 cu.ft. mold or a 1/13.33 cu. ft. mold (ASTM D 1557-78).
Bearing ratio of laboratory-compacted soil (CBR) using ASTM D 1883-73(78) for evaluation of relative quality of sub-grade soils.
Soil cement tests using ASTM D 558-82, D 1632-63(79) and D 1633-84.
Expansive Soil Tests
UBC-88 Standards:29.2 consolidometer test for expansion index/surcharged swell/settlement tests, and other soil tests required for soil heave determination by UBC 1988 and NAVFAC Procedures.
Swell test of in place samples or remolded samples at specific surcharges using Wykham-Farrance consolidometer.
Shrinkage factor tests to determine shrinkage limit, shrinkage ratio, volumetric shrinkage, linear shrinkage and approximate specific gravity.
Consolidation and Compression Tests
One-dimensional consolidation tests; standard or timed-rate, on natural or remolded samples, saturated or unsaturated (ASTM D 2435-80). Used for evaluating bearing capacity, settlement or swelling characteristics of soils.
Determine unconfined compression strength of cohesive soils on undisturbed, remolded or compacted samples (ASTM D 2166-85).
Soil Strength Tests
Direct and residual shear tests, either drained or undrained, natural density or remolded, for determining bearing values, cohesion, and phi angles (ASTM D 3080-72(79).
Miscellaneous Tests
California Bearing Ratio (ASTM D 1883-73(78)) determines bearing ratio of soil when compacted by comparing the penetration load of the soil to that of a standard material.
ASTM D 1632-63(79) and D 1633-84 in conjunction with D 558-82 outlines the procedures for making and testing soil-cement mixtures.
NOTE: Many of these tests have AASHTO, CALTRANS OR DOD equivalents or modifications.
FIELD SAMPLING EQUIPMENT
Sinco inclinometer with associated hardware and software.
Lietz/Sokkisha C3E automatic level.
Split spoon sampler with 2.5 inch I.D. and rings for ring-lined barrel sampler to ASTM D 3550-84.
Standard (split) penetrometer for SPT blow counts to ASTM D 1586-84.
Thin walled (Shelby) tube samplers with 2.375 inches I.D. as per ASTM D 1587-83.
Sand Cone field density apparatus to ASTM D 1556-82 specification.
Slump cone and base for measuring the workability of Portland cement concrete (ASTMC 143-78).
Hand auger stem to 100 feet with 1¼", 2", 4", 6" buckets.
Multiple Manometers.
SUPPLEMENTAL
STATEMENT OF QUALIFICATIONS
FOR
APPLIED CONSULTANTS
HYDROGEOLOGY DIVISION
Introduction....................... 23
Services and Experience............ 23
Equipment and Facilities........... 27
SUPPLEMENTAL
STATEMENT OF QUALIFICATIONS
FOR
APPLIED CONSULTANTS
HYDROGEOLOGY DIVISION
INTRODUCTION
Applied Consultants' Hydrogeology Division specializes in evaluating ground water quality and resources, aquifer testing, dam studies, mass balance calculations for nitrate studies, and ground water modeling.
SERVICES AND EXPERIENCE
Applied Consultants has experience in all aspects of ground water investigation, including in-situ determination of hydraulic coefficients, monitoring and pumping well design, and computer modeling of ground water flow systems. Services offered by this division include, but are not limited to, the following:
a) pump testing of wells;
b) soil sampling and testing for hydrogeologic properties;
c) water quality testing;
d) ground water recharge determination;
e) mass balance calculations
f) installation of monitoring well and piezometer networks;
g) evaluation of monitoring well and piezometer network data;
h) geologic and hydrogeologic mapping;
i) geophysical exploration.
Field Exploration Personnel and Programs
Principal and Project-level hydrogeologists within Applied Consultants are experienced in field geologic mapping, photogeologic interpretation, and geophysical exploration using electrical resistivity, seismic refraction, gravimetric and magnetic surveys. We feel that a thorough understanding of the local geology is essential to studies of ground water.
In-Situ Testing
In-situ testing is typical of investigations conducted by Applied Consultants. Tests used may include standard long-term pump tests, step-drawdown tests, slug-injection and withdrawal tests, packer tests, single and double-ring infiltrometer tests, and tracer tests. Soil characteristic curves in the unsaturated zone have been determined using tensiometers and nuclear soil moisture meters. Our testing programs are site-specific, not textbook designed.
Interpretation of results of in-situ testing is a specialty of Applied Consultants. Original computer programs have been developed to aid interpretation of a variety of field situations. Our use of in-situ testing of the unsaturated zone to determine the characteristic curves needed to predict rates of ground water movement above the water table is nearly unique in the field, as is our use of numerical models to analyze the data.
Sampling and Monitoring Design
Applied Consultants keeps pace with changing sampling and monitoring concepts and technology. Applied Consultants is an industry leader with respect to sampling and monitoring in the unsaturated zone. Our firm is familiar with several systems of multiple well completion, including the Westbay System and the Barcad System. Use of these systems helps determine vertical piezometric head changes and vertical variations of water quality. Using multiple well completions to measure vertical changes in hydraulic potential in aquifers is just one example of our application of current information to field situations.
Computer Modeling
Numerical modeling and analysis of ground water flow is regarded as a fundamental tool by the staff of Applied Consultants. Typical analytic solutions require hydrologic homogeneity and isotropy, unrealistic assumptions in real world situations. Our computer modeling capabilities provide more realistic solutions to ground water questions.
Project Experience
* Dam Redesign Project, Rancho Corte Madera, California
Objectives: Evaluate existing dam site and present options to increase retention of impounded water in 50-acre lake for private owner.
Tasks: Evaluate areal soils and existing reservoir for causes of current water loss; provide specifications for improvements to existing dam and catch basin; and present design changes and specifications to owner.
* Ground Water Evaluation, Pine Valley, California
Objectives: Determine the ground water resources available for development of a 100 acre parcel and to evaluate two surface impoundments existing on the site.
Tasks: Map geology; test soils for hydraulic properties; analyze storage of two existing surface impoundments; determine rainfall infiltration and runoff; evaluate water quality.
* Water Well Exploration Study, Gaviota, California
Objectives: Locate and develop a freshwater source for Chevron oil to use for oil production.
Tasks: Select a well location based on geologic data gathered during site studies and literature reviews; supervise and log well drilling operation; design casing program based on drilling observations, downhole geophysical logs and grain size analyses of downhole materials; supervise casing gravel packing procedures; test resultant well with step-drawdown and sustained yield tests; compile report outlining well properties, basin safe yield parameters and water quality limitations.
* Reservoir Seepage Evaluation, Sweetwater Reservoir, San Diego
Objectives: Determine the net effect of deepening the Sweetwater Reservoir.
Tasks: Establish deep multiple piezometer nest to determine the existing ground water flow regime; monitor piezometer nests to observe subsurface response to reservoir raising and lowering; predict new ground water flow regime that would result from the deepening of the reservoir.
* Waste Disposal Impact and Design Study, San Diego County
Objectives: Determine the suitability of a waste disposal site for the surface application of reclaimed effluent.
Tasks: Define and delineate all hydrologic units using geophysics, borehole analysis and aerial photo interpretation; determine the hydraulic properties of each unit by pump-testing and slug injection testing; analyze effectiveness of multiple grout curtains through slug injection testing; computer model geophysical data; design monitoring program for the site.
* Monitoring and evaluation of the Beowowe Geothermal Field, Beowowe, Nevada
Objectives: Determine the effects of deep thermal injection waters on the shallow ground water aquifer in a 100 acre valley in northeastern Nevada.
Tasks: Design basin-wide monitoring system using existing boreholes and pre-established piezometer stations. Gather samples throughout the area in compliance with Nevadastate specifications. Compile and analyze data to determine net impact on the basin's shallow ground system.
EQUIPMENT AND FACILITIES
Field Sampling Equipment
Oil Recovery Systems' (ORS), Inc. Enviro-Labs, Inc. Ground Water Monitoring System 8 channel Data Logger with both hazardous waste and clean ground water transducers and associated computer programs.
QED Environmental Systems, Inc. Sample Pro and Well Development Pump.
Photovac, Incorporated TIP1 photoionization detector (PID)
Hnu photoionization device (PID).
Bacharach Sniffer 503 organic vapor meters (OVM) for contaminated soil.
Various Draeger Tubes and hand held pumps for the detection of specific volatile organic compounds
Fisher and Olympic well probe/water level indicators.
DspH-3 and Myron L Ph and conductivity meters.
Ground Water Technologies Inc. Filter Scavenger for surficial hydrocarbon skimming on water.
Ground Water Technologies, Inc. Filter Bucket for surficial hydrocarbon skimming on water.
All associated equipment for piezometer, monitoring and water well installation.
Laboratory Facilities
The laboratory facilities available to Applied Consultants contain the necessary equipment to perform all analyses for ground water studies. All permeability, soil tension and moisture content tests are performed in-house. Our chemical testing is performed by an EPA-recognized laboratory.
SUPPLEMENTAL
STATEMENT OF QUALIFICATIONS
FOR
APPLIED CONSULTANTS
CIVIL ENGINEERING AND DRAFTING SERVICES
Applied Consultants' diverse staff offers Civil and Structural Engineering and AUTOCAD Drafting Services. These skills are a fundamental part of Applied Consultants' services, and are available for specialized studies. Recent projects have included post-construction design of the irrigation system for a large residential neighborhood in La Jolla, design of foundations and structural slab for a custom single-family residence, and analysis of existing foundation design for construction defect litigations in Los Angeles, Orange, San Bernardino, and San Diego counties.
SERVICES AND EXPERIENCE
Civil Engineering Projects
* Redesign Irrigation Schedule and System for Large Residential Subdivision, La Jolla
Objectives: Redesign irrigation schedule and system to provide adequate irrigation to all areas of subdivision.
Tasks: Monitor existing irrigation schedule; pressure check existing system; survey existing irrigation system; make recommendations for schedule and system changes.
* FEMA Study for Private Party in Poway, California
Objectives: Determine 100 year flood plain for horse ranch in Poway and submit appeal to FEMA for consideration of modification of flood plain designation.
Tasks: Survey site and review historical rainfall runoff data to determine 100 year flood peak. Prepare new map and submit to FEMA for consideration.
SUPPLEMENTAL
STATEMENT OF QUALIFICATIONS
FOR
APPLIED CONSULTANTS
FORENSICS DIVISION
Introduction....................... 30
Services and Experience............ 30
SUPPLEMENTAL
STATEMENT OF QUALIFICATIONS
FOR
APPLIED CONSULTANTS
FORENSICS DIVISION
INTRODUCTION
The Forensics Division of Applied Consultants has been providing expert witness services for construction defect litigation since 1983. Applied Consultants has established a reputation for objective investigation and unbiased testimony throughout California. We balance our case-load with both plaintiff and defendant issues to maintain our high level of objectivity.
SERVICES AND EXPERIENCE
Applied Consultants offers a wide range of services through its Forensic Division. These services include:
a) Site inspection and cataloging of visible site conditions;
b) Geologic reconnaissance;
c) Geotechnical investigation;
d) Foundation analysis;
e) Concrete testing;
f) Manometer survey of slabs-on-grade;
g) Structural evaluation;
h) Architectural review;
i) Seismic evaluation;
j) Stucco testing;
k) Hydrogeologic study;
l) Drainage evaluation;
m) Repair estimates.
Forensic Engineering Projects
* Geologic Evaluation of Landslide and/or Slope Failure Potential, Existing Residential Subdivision, Oceanside
Objectives: Compare existing site conditions with designed slope stabilization measures and evaluate potential for slope failure.
Tasks: Site reconnaissance; test soils for existing density and expansion potential; review preconstruction geotechnical reports and plans; review geologic literature; Design and supervise repair.
* Ground Water Seepage and Flow Study, Vista, California
Objectives: Determine source and impact of pervasive seepage problem in an existing condominium project. Determine solution for this problem and impact of solution. Select competent contractors and obtain cost estimates for mitigating measures.
Tasks: Develop detailed geologic cross-sections to define subsurface site conditions. Use hydrogeologic parameter analysis to determine ground water flow direction and interaction at the saturated/unsaturated contact. Design comprehensive dewatering program and monitoring program for site seepage mitigation. Solicit contractor bids for site mitigative measure. Compile comprehensive report presenting our methods, observations, conclusions and recommendations.
* Construction Defect Litigation, Pomona, California
Objectives: Determine extent, degree, and cause of damages in single-family residences in large subdivision. Provide documentation, conclusions, and recommendations. Provide expert witness testimony.
Tasks: Walk-through inspections of homes. Research and review available documents. Ground water study including monitoring wells and piezometer nests. Cut, remove, and photograph concrete cores, analyze cores, repair core holes. Review foundation plans and design repair/replacement foundations. Develop repair estimates. Compile comprehensive report presenting methods, observations, conclusions and recommendations.
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Site Content
Applied Consultants' List of Services
Engineering Inspections
Foundation Evaluations
Geotechnical Engineering
Forensic engineering
Structural Engineering
Property Evaluations
Overview
Applied Consultants provides geotechnical engineering inspections for residential and commercial properties. Our engineers determine the cause of failure and, where appropriate recommend remedial steps to correct those problems. In addition to geotechnical engineering we also offer:
- Geotechnical Investigations (Soils Reports)
- Soils laboratory testing
- Special Inspection Testing
- Structural Engineering for:
- New construction of residential, commercial, or industrial buildings
- Accessory Dwelling Units (ADU)
- Remodels and additions
- Multi-Family
Project Philosophy
Applied Consultants recognizes the unique "site specific" nature of each project. Each project is designed to provide appropriate solutions to individual complex problems. It is our policy to have a licensed Professional Engineer to visit each site. We will have "boot on the ground" at each site to provide engineering judgment and expedite projects.
Quality Assurance
Applied Consultants' corporate philosophy has always been to provide quality service. All work and reports are peer reviewed. Company principals are actively involved in project planning and execution. Continued education is an active concern at Applied Consultants. Post-baccalaureate education is encouraged, as is membership in professional organizations.
California: Earthquake Brace + Bolt Program
Applied Consultants has recently been accepted as a preferred civil engineer for the California Earthquake Brace + Bolt Program. EBB provides $3,000 grants to be used toward a code compliant seismic retrofit for houses that qualify
About Us
Our Services
Our Services
Our Services
Geotechnical Engineering, Forensic Engineering, Structural Engineering, Foundation Rehabilitation, Structural Analysis for Real Estate Transactions, Cracked Slabs, Cracked Footings, Manometer Surveys, Civil Engineering, Hydrology Studies, Stormwater Infiltration Studies
About Us
Our Services
Our Services
Established in 1981.
What started off as a one man operation in the 1980's has survived the test of time and matured into a 40 years old geotechnical and structural engineering firm based out of Southern California.
Our original roots have never strayed since the formation of the company. Applied Consultants' first project was a structur
Established in 1981.
What started off as a one man operation in the 1980's has survived the test of time and matured into a 40 years old geotechnical and structural engineering firm based out of Southern California.
Our original roots have never strayed since the formation of the company. Applied Consultants' first project was a structural engineering inspection of cracked residential foundations in the City of Lemon Grove for a private homeowner. Today, we still receive requests and provide engineering analysis for residential projects for homeowners, real estate agents, and insurance companies.
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Applied Consultants-San Diego Office
1941-A Friendship Drive
El Cajon, CA 92020
(619) 258-9000
Hours
Monday - Friday: 8am - 5pm
Saturday - Sunday: Closed