Developers and Builders

GEOTECH ENGINEERING AND TESTING
17407 US HIGHWAY 59 NORTH
HOUSTON, TEXAS 77396
TEL. (713) 699-4000
FAX (713) 699-9200
E-MAIL: de@geotecheng.com
STATEMENT OF QUALIFICATIONS
FOR RESIDENTIAL DEVELOPERS AND HOME BUILDERS
IN TEXAS
2023
www.geotecheng.com

TABLE OF CONTENTS
Page
Introduction...............................................................................................1
Project Types ............................................................................................2
Summary of Our Attributes ......................................................................2
Study Type................................................................................................4
Geotechnical Engineering Services ..........................................................5
General..........................................................................................5
Field Equipment............................................................................5
Drill Rigs...................................................................................5
Mules.........................................................................................5
Geotechnical Laboratory...............................................................5
Engineering Analysis and Report .................................................6
Environmental Engineering Services........................................................6
Construction Materials Engineering Services...........................................7
Geoforensic Engineering Services............................................................8
Safety ........................................................................................................8
Knowledge/Qualifications ........................................................................8
Accreditations ...........................................................................................8
In-House Computer Capabilities...............................................................9
Professional Affiliations ...........................................................................9
Scheduling...............................................................................................10
Insurance.................................................................................................10
Contacts...................................................................................................11
Appendix A – Key Resumes
Appendix B - Typical Projects

1
COMPANY PROFILE
INTRODUCTION
This purpose of this document is to provide our client a complete package
of our capabilities for residential developers and home builders. The
information in this document can be used to put Geotech Engineering and
Testing on your team to provide engineering services. We provide our
services throughout Texas.
Geotech Engineering and Testing (GET) is a Texas owned, multi-disciplined organization of licensed
engineers, geologists, field and laboratory technicians, and clerical
personnel combine their technical capabilities, past experiences,
dedication, and enthusiasm to offer the finest services available. The firm
offers a wide range of services for developers and builders. We
understand that builders and developers are interested in firms that can
conduct the services with high quality, quick response time and with
reasonable prices. GET provides all three of these services.
GET has a staff of about sixty (60) engineers, geologists, technicians, and support staff. The firm, which
was established in 1985, provides the following services:
o Geotechnical Engineering, including soil borings, laboratory testing, engineering analyses and
recommendations regarding foundations, pavements, slope stability, retaining walls, bridges,
water, sewer and storm lines, wastewater facilities, detention ponds, channels, golf courses,
construction considerations, etc.
o Construction Materials Engineering, including earthwork, asphalt, steel, and concrete testing
during construction. This includes pipe backfill testing, concrete testing of pavements, slabs,
density testing of lots, house pads, subgrade stabilization testing, etc.
o Environmental Engineering, including site characterization studies, Phase I and II
Environmental site assessments studies, fault studies, monitor well installations and
underground storage tank contamination studies.
o Geoforensic Engineering, developing causations and remedial measures for distress in
buildings, foundations, retaining walls, slopes, pavements and parking lots.
GET employees provide services on a vast number of diverse projects.
Our clientele ranges from small developers and builders to national
developers, production builders and contractors. The primary purposes of
the firm are to promptly, accurately and comprehensively provide
geotechnical reports, environmental studies and materials observations
through our reasonably budgeted engineering services.

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GET encourages a continued involvement in projects starting with the initial Phase I
Fault Study, site characterization study, Phase I Environmental Site
Assessments/geotechnical studies and following through into the design,
construction or remediation phase. This ongoing association enhances project
continuity and stability of the project team players.
GET is a leading firm in training builders, developers, architects, public works
employees in geotechnical, materials, environmental and geoforensic engineering.
Mr. Eastwood, the principal of the firm, conducts training seminars for the City of
Houston (COH), Harris County Engineering Department (HCEC), City of Sugar Land, American
Institute of Architects (AIA), Associated Builders and Contractors (ABC), American Public Works
Association (APWA) and Greater Houston Builders Association
(GHBA).
PROJECT TYPES
Geotech Engineering and Testing and its staff members have been
involved in the following types of projects:
Residential: Master Planned Communities, Subdivisions, Residences,
Apartment Complexes, etc.
Commercial: Shopping Centers, Medical Facilities, Industrial Buildings, Office Buildings, Tilt-Wall
Buildings, Churches, Chain Stores, Fast Food Restaurants, etc.
Public: Court Houses, Libraries, Jails, Schools, Central Plant Facilities, etc.
SUMMARY OF OUR ATTRIBUTES
Our services consist of geotechnical, environmental, construction
materials and geoforensic engineering. Geotech Engineering and Testing
(GET) is the leading soils and foundation engineering firm for residential
projects in the Texas. Some of our attributes are described below:
o Geotech Engineering and Testing is one of the few firms in Texas specializing in residential
developments. We are currently working for some of the largest builders and developers in the
Gulf Coast area. We do more residential work in the Houston
area than any other firm.
o Geotech Engineering and Testing’s staff consists for about 60
engineers, technicians, and support staff, specializing in the field
of geotechnical, environmental, and materials engineering. We
can dispatch our people very quickly at the client’s request.

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o We are Accredited. Geotech Engineering and Testing’s Laboratory
Facilities are certified and approved by the City of Houston, Harris County,
American Association for Laboratory Accreditation (A2LA), Cement and
Concrete Reference Laboratory (CCRL), and American Association of
Highway Officials (AASHTO). We do all of our laboratory testing work in-
house. You should only do business with the accredited laboratories.
o Geotech Engineering and Testing carries a $2,000,000 general liability
insurance. In addition, the company has professional liability insurance,
including errors and omissions. Since, mistakes and omissions can happen in our profession,
just like any other profession, this insurance will protect our clients and the design team up to
$2,000,000 per claim. It’s a good idea to do business with the consultants who do have this
type of insurance.
o Geotech Engineering and Testing is one of the few firms in Texas,
specializing in residential geotechnical projects with professional
liability insurance.
o Mr. Eastwood, the principal of the firm, is on the Post-Tensioning
Institute Slab-on-Grade Committee on the design of post-
tensioned slabs. He is one of the co-authors of the book
“Design of Post-Tensioned Slabs-on-Ground.” This book is used for the design of the post-
tensioned slabs throughout the United States.
o Geotech Engineering and Testing specializes in representing
developers and builders in litigation suits, providing them with the
highest quality engineering counsel.
o Mr. Eastwood is a former Board of Director of Greater Houston of
Builders of Association (GHBA). GET is a leading firm in
developing and training builders for foundation construction.
Geotech Engineering and Testing is a member of the Builder’s
Political Action Committee and Developer’s Council Committee
of the GHBA.
o Mr. Eastwood was on the Texas Board of Professional Engineers Residential Design Committee.
The purpose of this committee was to develop guidelines for design of residential foundation in
Texas. Furthermore, Mr. Eastwood is on the American Society of Civil Engineers Residential
Foundation Design Committee. This organization has developed design guidelines for residential
foundations in Texas.

4
STUDY TYPES
Study Description
Phase I Environmental
Site Assessment Study
(ESA)
Environmental laws require that prospective property owners of properties
conduct a reasonable and appropriate inquiry into the property, its past
user, and the associated environmental liabilities. This type of study is
conducted to evaluate potential risk of contamination at a property. In the
event of potential contamination, a Phase II ESA is conducted.
Phase I Geologic Fault
Study
Geologic Faults are located all over the Gulf-Coast area. In general, faults
are caused by groundwater and oil removal from the underlying surface.
Faults originate several thousand feet below the ground surface and can
often cause displacement of the ground
surface, causing broken pavement and
damage to residential and commercial
structures. As a part of any due diligence a
developer or builder should conduct this
study for tracks of land they are planning on
developing. Structures/facilities built on
active faults may experience distress.
Site Characterization
Study
This study will evaluate physical site conditions such as geologic and
geographic settings, slopes, backfilled ditches, channels, ponds, natural
features, erosion features, and possible structure locations which could
impact the foundations for the proposed residences.
Feasibility
Geotechnical Study
This study is conducted to evaluate
suitability of the soils and groundwater
relative to a parcel of land for
construction of foundations, roads,
detention ponds, channels, and
underground utilities.
Final Geotechnical
Study
This study will be to explore subsurface
conditions along the proposed
underground utilities, detention ponds,
street alignments,
foundations, etc. and using the information obtained, develop preliminary
recommendations to guide design and construction of the facilities.
Foundation
Geotechnical Study
This testing includes soil borings, laboratory testing, engineering analyses
and recommendations regarding Post-Tensioned slab foundations.
Compaction Evaluation We will evaluate the degree of
compaction of subgrade and fill soils on
client lots. We will conduct testing on
every lot, test at one-ft intervals, conduct
density and proctor tests. We will
develop a reliance letter.

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GEOTECHNICAL ENGINEERING SERVICES
General
Geotech Engineering and Testing and its staff members have many years
of experience in conducting engineering services for more than 24,000
projects. The firm conducts over 1,200 projects a year. We can provide
our services anywhere in Texas.
Virtually every structure requires consideration of subsurface features unique to the locale. Our team of
geotechnical consulting engineers evaluates the characteristics of subsurface soils and groundwater.
After the engineers interpret this data, they make recommendations on soil parameters used for design
and construction purposes.
Field Equipment
Drill Rigs. GET is one of only a few firms in Houston that has its own drill rigs. GET is equipped with
eight drilling rigs, including a Simco and Failing Drilling Rigs, to perform wet rotary or hollow-stem
borings. We also have four Lone Star, three portable rigs and two limited access buggy rigs. We can
conduct drilling and sampling with our rigs up to 120-feet. In addition, together with our subcontractor
drillers, we can drill to much deeper depths, install monitor wells, piezometers, and inclinometers. Our
field crews have many years of experience in various subsoil and groundwater conditions. Our
commitment to the client is to provide dependable service, the best and most up-to-date equipment, and
reliable drilling personnel. GET has the capability and experience in surveying and staking the boring
locations and providing clearance from underground utilities. In areas
that are heavily wooded, we can arrange for clearing of the project site.
We are one of the few firms in Houston with our own drilling rigs. The
portable rigs are very useful on wooded or sites with soft subgrade
conditions. These small rigs can go places where the larger rig cannot get
to. Therefore, saving the client time and money.
GET is one of the few firms in Texas which is equipped with miniature
rigs. These rigs are small enough that they can access hard to reach places and sites that are wooded,
without significant clearing. Furthermore, since these rigs are portable, they can easily be placed on
sites with wet subgrade soil conditions which create access problems.
Mules. We have two mules. We use these limited access vehicles to pull our portable rigs into muddy
or wooded project sites. The drilling capabilities are the same as a portable rig by itself. However, this
makes us able to access sites where a truck cannot.
Geotechnical Laboratory
Geotech Engineering and Testing’s laboratory has the capabilities to
produce geotechnical testing under controlled conditions to evaluate
standardized tests of materials, and tests of new materials used in research
and development.

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Our tests will be conducted in general accordance with ASTM standards.
Some of the geotechnical laboratory testing capabilities are as follows:
Engineering Analysis and Report
The field and laboratory data combined with our engineering recommendations are presented in an
engineering report. The report addresses specific project design, construction, and quality control
requirements. Our reports can be designed to meet Harris County, Harris
County Flood Control District or City of Houston Specifications.
Furthermore, our foundation reports meet Post-Tensioning and International
Residential Building Codes.
ENVIRONMENTAL ENGINEERING SERVICES
Environmental laws require that prospective owners of properties conduct a
reasonable and appropriate inquiry into the property, its past user, and the associated environmental
liabilities. Failure to recognize environmental problems at a site can result in significant financial
liabilities to the purchaser or the seller. GET provides Phase I, Phase II,
and Phase III Environmental Studies. These studies include ASTM E
1527, Standard Practice for Environmental Site Assessment: Phase I
Environmental Site Assessment Process, and ASTM E 1903, Standard
Practice for Environmental Site Assessments: Phase II Environmental
Site Assessment Process. GET has a Corrective Action Project Manager
(CAPM) on the staff to conduct Environmental Engineering Services.
Our services include, but not limited to the following:
o Moisture content o Permeability tests
o Atterberg Limits o Pinhole test
o Gradation tests o Torvane
o Consolidation tests o Resistivity tests
o Triaxial tests o Hand Pentrometer o Unconfined Compression Test
o Chemical tests o Proctor tests o California Bearing Ratio
o Swell tests o Hydrometer tests o Specific Gravity
o Density tests o Shear Strength o pH Tests
o Organic Contents o Soil Classification o Compaction
o Soil suction o Other specialized tests o Bar Linear Shrinkage
o Site reconnaissance.
o Records search and review of regulatory agencies databases.
o Communications with previous owners.
o Aerial photograph review of past property use.
o Review of chain-of-title activity for determining past property use.
o Soil borings and monitor well installations.
o Soil and groundwater sampling.
o Physical and chemical testing of soil and groundwater samples.
o Permitting and remediation, recommendations.

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o Asbestos studies.
o Geological fault studies.
o Truck-mounted and ATV drill rig drilling and sampling.
o Geoprobe push sampling.
o Cone Penetrometer Testing (CPT) field investigations.
Geotech Engineering and Testing’s Underground Tank Management Group
provides consulting engineering services in the following areas:
We combine our depth of experience with the latest in environmental, geotechnical, construction
materials engineering and computer techniques to provide information necessary for the project. Our
professional staff of engineers has intimate knowledge of the expanding technology, its uses, and its
limitations.
CONSTRUCTION MATERIALS ENGINEERING SERVICES
Builders and developers have always been concerned with the
performance and quality of materials. Having knowledge of how
materials are used and are expected to perform is the key to success of
any project. Quality assurance and material testing provides evidence
needed to establish the confidence that materials and techniques used are
accomplished according to standards required by the design team.
The technical staff of Geotech Engineering and Testing strives to keep
abreast of new developments and procedures utilized in quality control
programs. Our engineers and field technicians provide a vital link
between the owner, professional design team and the contractor.
GET's abilities in construction materials testing include testing and
monitoring of the following:
o Concrete testing, including but not limited to; slump, air, cylinders, beams, yield, coring,
cement content, mix design verification, batch plant inspection and rebar inspection.
o Soil testing, including but not limited to; densities, proctors, plasticity indices, gradations, -
200's, cement and lime stabilization, and geotechnical testing.
o Asphalt testing, including but not limited to; densities, cutback sampling, cores, theoretical
specific and gravity, bulk density, gradation and extraction, mix design and stability.
o Structural steel, including but not limited to; weld inspection, A325 Bolt torque, welder
qualifications, magnetic particle inspections, ultrasonic, liquid penetrant, paint thickness,
holiday testing and sandblasting inspection.
o Site reconnaissance.
o Corrective action plan, operation, monitoring and performance.
o Regulatory guidance and negotiation.
o Permit application preparation.
o Groundwater monitoring and leak detection.
o Risk assessment and remediation.

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GET's laboratories are approved by Harris County, City of Houston
Quality Control, City of Houston Special Testing Department, Texas
Department of Transportation, Metropolitan Transit Authority and Texas
Department of Criminal Justice.
GEOFORENSIC ENGINEERING SERVICES
Geotech Engineering and Testing's staff specializes in residential buildings, retaining walls, slopes, and
pavement distress studies. Our firm is considered a leading firm in this field. We
have specialized equipment and sampling devices that enable us to obtain soil
samples in limited access areas. Furthermore, with strong instrumentation, non-
destructive testing GET's in-house laboratory (testing facilities) capabilities can
evaluate distressed structural materials and evaluate the causes of distress in
order to develop proper remedial measures. During the past 37 years, GET's staff
has conducted many geoforensic engineering projects. Furthermore, our staff
members are often hired as expert witnesses and have also testified in court.
SAFETY
Our primary concern is the health and safety of our clients, public and our employees. Geotech
Engineering and Testing has a Safety and Health program in place. We have been qualified by Pacific
Industrial Contractor Safety (PICS) Auditing to perform work for major
clients. Our staff members are trained at Houston Safety Council and
Brazosport Safety Council. Furthermore, they also have Transportation
Worker Identification Credential (TWIC) cards. This information is
available, if requested.
KNOWLEDGE/QUALIFICATIONS
GET’s staff members have advanced degrees in geotechnical engineering. Our staff members include:
Total Number of Engineers: (16) Number of Technicians: (20) Number of Drillers: (7)
P.E.’s: (5) Certifications: Crew Chief Certified: (3)
Ph.D’s: (3) 1. NICET Helper Certified: (7)
Master’s: (6) 2. ACI
Bachelor’s: (3) 3. TxDOT
ACCREDITATIONS
Geotech Engineering and Testing has qualifications comparable to an ISO
9000 company. The firm is accredited by the American Association for
Laboratory Accreditation (A2LA). The scope of our accreditation
includes geotechnical, construction materials testing ASTM E329, C1077
for concrete, D-3740 for soils and D-3666 Bituminous. The firm has also been inspected by Cement and
Concrete Reference Laboratory (CCRL), for concrete and aggregate testing. We calibrate our equipment
at least every 12 months.

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Geotech Engineering and Testing is also involved in the American
Association of State Highway and Transportation Officials (AASHTO)
materials reference laboratory program.
Through rigorous quality control procedures, we assure our clients the
most accurate test results. An in-house quality assurance program is
maintained for all of our testing equipment. This process includes
updating calibrations of equipment, records, spot checking of test
procedures being used by GET's staff and procurement of the newest
equipment to ensure reliability.
IN-HOUSE COMPUTER CAPABILITIES
Our in-house computer capabilities include a networked computer system
with 20-stations and the following engineering programs:
o Slope-Stability o Wave Equation o Laterally-Loaded Piles
o Settlement o Seepage o Pavement Design
o Sheet Pile Design o gINT o Pile Groups
o Axially-Loaded Piles o PVR o Volflow
o FPA Drilled Footings
PROFESSIONAL AFFILIATIONS
Geotech Engineering and Testing is associated with and in most cases a member of
the following technical societies:
o GHBA - Greater Houston Builder's Association
o HCEC - Houston Council of Engineering Companies
o PTI - Post-Tensioning Institute
o AIA – American Institute of Architects
o FPA - Foundation Performance Association
o CEFPI - Council of Educational Facility Planners International
o HAR - Houston Association of Realtors
o ACEC - American Council of Engineering Companies
o ASCE - American Society of Civil Engineers
o ASHE – American Society of Highway Engineers
o CMAA - Construction Management Association of America
o TSPE - Texas Society of Professional Engineers
o NSPE - National Society of Professional Engineers
o Chi Epsilon - National Civil Engineering Honor Society
o ASTM - American Society for Testing Materials
o ACI - American Concrete Institute
o AGC - Association of General Contractors
o TIBD - Texas Institute of Building Design
o SAME - Society of American Military Engineers
o EAA - Environmental Assessment Association

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o APWA - American Public Work Association
o SEAoT - Structural Engineer's Association of Texas
o North Houston Association
o West Houston Association
o Pearland/Hobby Chamber of Commerce
o Houston Hispanic Chamber of Commerce
o Fort Bend County Chamber of Commerce
o South Montgomery County Chamber of Commerce
SCHEDULING
We understand that builders and developers are typically working with a
project deadline. Since we have our own drilling rigs and mobile
laboratories, GET can generally mobilize on projects anywhere in Texas
immediately after project authorization. This condition will expedite
project execution time. We have a relatively large staff of engineers and
support staff who conduct the entire laboratory testing in-house which
results in timely execution of the project tasks.
INSURANCE
GET's insurance coverage is as follows:
TYPE OF COVERAGE LIMITS OF LIABILITY
Worker's Compensation $1,000,000 each accident
$1,000,000 Disease - policy limit
$1,000,000 Disease - each employee
General Liability: Comprehensive,
contractual, independent contractors,
personal injury
o General Aggregate $2,000,000
o Bodily Injury $1,000,000 each person
$2,000,000 each occurrence
o Property Damage $1,000,000 each person
$2,000,000 each occurrence
Automobile Liability: Comprehensive,
owned, hired, non-owned $1,000,000
Professional Liability:
Errors and Omissions $2,000,000

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CONTACTS
Contact Persons Title E-mail
David A. Eastwood, P.E., D.GE, President de@geotecheng.com
DFE, C.A.P.M., F.PTI, F.FPA,
F.ASCE
James Namekar, Ph.D., P.E. Chief Engineer james@geotecheng.com
Ron Motamed, M.S., Geology Project Manager ron@geotecheng.com
Moe Mohammadi, B.S.C.E. Project Manager moe@geotecheng.com

APPENDIX A
Key Resumes

DAVID A. EASTWOOD, P. E., D.GE., DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE
PRESIDENT
SUMMARY
Mr. David Eastwood. P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE is
the President of Geotech Engineering and Testing (GET). He has practiced
consulting engineering for about 47 years, serving in key technical project
management and administrative roles. His specialties are in geotechnical,
environmental, materials and geoforensic engineering. Mr. Eastwood’s
experience in these functions includes a wide range of project types consisting
of residential and land development projects, foundations, pavements, slope
stability, retaining walls, water, sewer and storm and water lines, wastewater
facilities and detention ponds. Mr. Eastwood's extensive experience enables him to provide clients with
cost effective alternatives to difficult problems. One of Mr. Eastwood's greatest attributes is his ability to
contribute constructively, responsively, and professionally as a member of the client's project design
team.
Mr. Eastwood conducts training in geotechnical, environmental, materials, and geoforensic engineering
for the City of Houston (COH), Harris County Engineering Department (HCEC), City of Sugar Land,
American Institute of Architects (AIA), Associated Builders and Contractors (ABC), American Public
Works Association (APWA) and Greater Houston Builders Association (GHBA).
EDUCATION
1977 Bachelor of Science in Civil Engineering,
University of Houston
1978 Master of Science in Civil Engineering,
University of Houston
1978 Present
Post Graduate studies at Princeton, Rice University, and the University of Houston
LICENSES
Licensed Professional Engineer - Texas No. 51419
Licensed Professional Engineer - Louisiana No. 25966
Licensed Professional Engineer - New Mexico No. 12576
Licensed Professional Engineer - Oklahoma No. 17513
Corrective Action Project Manager - Texas C.A.P.M. No. 01181
AWARDS/ACHIEVEMENTS
o Past President of Academy of Distinguished Civil & Environmental Engineers at the University
of Houston, Cullen College of Engineering
o Distinguished Alumni of College of Engineering at the University of Houston Cullen College of
Engineering

o Diplomate, Geotechnical Engineering (D.GE) Certification, American Society of Civil Engineers
o Fellow (F.ASCE) and Life Member (LM.ASCE) of the American Society of Civil Engineers
o Fellow at Foundation Performance Association (F.FPA)
o Founder and Life Member of Foundation Performance Association (FPA)
o Diplomate in Forensic Engineering (DFE) by National Academy of Forensic Engineers (NAFE)
o Fellow at Post-Tensioning Institute (F.PTI)
OVERALL EXPERIENCE
1. Soils and foundation studies for design and construction of subdivisions, land development
projects, roads, buildings, detention pond, medical facilities, high rises, parks, educational
facilities, shopping centers, apartment complexes, prisons, bridges, water, wastewater, sewer,
sanitary and waterfront structures.
2. David Eastwood is the Past President of Houston Chapter of Texas Council for Engineering
Laboratories. He helped with the development of the geotechnical guidelines for design and
construction for City of Houston, Harris County, Harris County Flood Control District, etc.
facilities. Mr. Eastwood conducts training in geotechnical, environmental, materials, and
geoforensic engineering for the City of Houston, Harris County, City of Sugarland, Associated
Builders and Contractors, American Institute of Architects, and Greater Houston Builders
Association.
3. Analysis of experimental test data and correlation of data with respect to swelling characteristics
of expansive soils as they relate to design of residential, commercial and transportation
structures.
4. Geoforensic (Foundation) Engineering and expert testimony for residential, commercial and road
projects. Mr. Eastwood is the founder and former President of the Foundation Performance
Association, an association of engineers specializing in the evaluation of distress. Mr. Eastwood
is on the Post-Tensioning Institute Slab-on-Grade committee. This committee develops
geotechnical design guidelines for design of post-tensioned slabs-on-grade throughout the United
States. Furthermore, Mr. Eastwood is also on the American Society of Civil Engineers (ASCE),
Texas Section, Committee that developed the document “Recommended Practices for the Design
of Residential Foundations.”
5. Environmental site assessment studies, waste management, field studies, monitor well
installations, laboratory testing, recommendations regarding contaminations of subdivisions,
landfills and commercial developments. Mr. Eastwood is certified as a Corrective Action Project
Manager (C.A.P.M.) by the Texas Commission on Environmental Quality (TCEQ). He is also a
Certified Environmental Inspector (C.E.I.).
6. Design and construction of deep foundations, including pile drivability studies, and correlation of
actual and computer programmed predictions of pile driving resistance.

7. Extensive computer programming and analyses capabilities with respect to:
(a) expansive soils
(b) slope stability of embankments
(c) pile foundations
(d) settlements
(e) dynamics of foundations
(f) seepage
(g) waste disposal facilities
8. Design of bulkheads and large marine platforms.
9. Extensive experience in soil stabilization as it relates to lime, cement and fly ash stabilization.
10. Design of parking lots and roads using Geotextiles.
11. Geologic fault studies.
PUBLICATIONS
"State of Art on Expansive Clays", report submitted to the American Society of Civil Engineers
Shallow Foundation Committee on Expansive Clays, 1978.
"Hazards of Expansive Clays", Presented before the ASCE Convention in Portland, Oregon,
April, 1980.
"Methodology for Foundations on Expansive Clays", published in December, 1980 edition of
ASCE Journal of Geotechnical Engineering Division.
"Geotechnical Considerations in Design of Hazardous Waste Impoundments", presented before
the ASCE Texas Section Spring Meeting in Fort Worth, Texas, March 1982.
"Recommended Homeowner Foundation Maintenance Program For Residential Projects In The
Houston Area", published in April, 1990 Edition of Houston Builder.
D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE "Geotechnical Guidelines For
Design of Residential Projects In The Houston Area", presented in the Soil-Structure Interaction
Seminar, July 1994.
D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE and others "Reasons for
Foundation Failure", presented in the Soil- Structure Interaction Seminar, Houston, June 1996.
D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE and others "Design of
Foundations with Trees in Mind", presented before the ASCE, Texas Section, Spring Meeting in
Houston, April 1997.
D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE and others "Design of
Residential Foundations on Expansive Soils in Texas." Report developed for the Texas Board
of Professional Engineers, March 1998.

D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE “State of Practice for
Geotechnical Engineering for Design of Custom Homes in the Houston Area between 1990 to
2001” Presented before ASCE, Texas Section, Spring Meeting in Arlington, April 2002.
D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE “Application of the New em,
ym Soil Parameters” Presented before PTI Conference and Exhibition May, 2002.
H. Stephen Tien, Ph.D and D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE
“Case Study of the Pavement Distress at a Service Station” Presented before ASCE, Texas
Section, Fall Meeting, Dallas, September 2003.
H. Stephen Tien, Ph.D, P.E. and D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA,
F.ASCE “Case Studies of Residential Foundation Movements in Southern Houston Area”
Presented before ASCE, Texas Section, Fall Meeting, Houston, September 2004.
D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE “Recommended Guidelines
for Design and Construction of Inground Swimming Pools in Texas” Presented before ASCE,
Texas Section, Fall Meeting, October 2009.
D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE “Geotechnical Considerations
for Soil Stability, Ditches, Embankments and Detention Ponds” Presented before FPA, July
2016.
D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE “Foundation Repair
Techniques for Lightly Loaded Foundations in Texas” Presented before FPA, April 2017.
in Design and Construction of Retaining Walls” Presented before AIA, October 2017
D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.PTI, F.FPA, F.ASCE “Geoforensic Evaluation of
Asphaltic Concrete Parking Lots” Presented before FPA, January 2018.
D. Eastwood, P.E., D.GE, DFE, C.A.P.M., F.FPA, F.ASCE and Mr. H. Nguyen, Ph.D.
“Geoforensic Investigation of a Storage Dome Collapse at a Plant” Presented before FPA,
January 2019.
in Design, Construction and Geoforensic Evaluation of Tilt Wall Buildings” Presented before
FPA, January 2020.

JAMES NAMEKAR, Ph.D., P.E.
CHIEF ENGINEER - GEOTEHNICAL ENGINEERING
GEOTECHNICAL AND ENVIRONMENTAL ENGINEERING
SUMMARY
Dr. James Namekar, P.E. is the Chief Engineer in geotechnical engineering at
Geotech Engineering and Testing (GET) with the responsibility for the daily
operations of geotechnical and environmental engineering, data analyses and
the preparation of report recommendations. He has 24 years of experience in
the fields of geotechnical, environmental, materials and geoforensic
engineering. His experience is in foundations, pavements, slope stability,
retaining walls, water, sewer and storm and water lines, wastewater facilities, detention ponds,
residential developments, educational facilities, shopping centers and underground utilities. His other
experience includes planning and supervising geotechnical explorations, subsurface investigations,
coordinate laboratory testing and analyze results, date review, report preparation and post-design
services. His other experience includes research and development in the field of deep foundations, slope-
stability, retaining walls, unsaturated soil mechanics. Mr. Namekar’s geotechnical experience has been
in landslide investigations, static and seismic slope stability analysis for embankments, cut slopes,
ground improvements, jet grouting, shallow and deep foundation design and special inspection,
horizontal directional drilling, settlement, lateral earth pressure, rigid pavement design. He has a lot of
experience with design of foundations on expansive soils. He has also been involved in conducting
many environmental site assessment studies, including Phase I and II environmental site assessment
studies.
EDUCATION
2013 Ph.D. – University of Hawaii at Manoa, Manoa, Hawaii
2008 M.S./Ocean and Resources - University of Hawaii at Manoa, Manoa, Hawaii
2004 M.S.C.E. – Institute of Technology, Bombay, India
1999 B.S.C.E. – University of Pune, Pune, India
LICENSES
Licensed Professional Engineer – Texas, Hawaii
EXPERIENCE
2018-Present Geotech Engineering and Testing – Houston, Texas
Project Manager
2013-2018 Yogi Kwong Engineering, LLC – Honolulu, Hawaii
Geotechnical Engineer
2013-2013 University of Hawaii at Manoa – Manoa, Hawaii
Lecturer

PUBLICATIONS
Shailesh Namekar and M.C. Deo (2004), “Neural Networks to Derive Wave Spectra”,
International Conference, ISOPE-2004, Toulon, France.
Namekar, S.A., Kambekar, A.R., Deo, M.C. (2005), “Neural Networks to Predict Scour of Piles
in the Sea”, 2nd
Indian International Conference on Artificial Intelligence (IICAI2005),
December 20-22, 2005, Pune, India.
Shailesh Namekar and M.C. Deo (2006), “Application of Artificial Neural Network Models in
Estimation of Wave Spectra”, Journal of Waterway, Ports, Coastal and Ocean Engg. Division,
ASCE, September/October. Vol. 132, No. 5 (Cited 111 times).
Namekar, S., Yamazaki, Y., and Cheung, K.F. (2009), “Neural Network for Tsunami and Runup
Forecast” Geophysical Research Letters, 36(8), L08604, Doi: 10.1029/21009GL03718. (Cited 3
times).
Nicholson, P. and Namekar S. (2012), “Earthquake-Induced Landslide Hazard Zoning of the
Island of Hawaii”, International Symposium on Earthquake-Induced Landslides, November 7-9,
2012, Kiryu, Japan.

HARRY NGUYEN, Ph.D., P.E., M.ASCE
CHIEF ENGINEER - GEOFORENSIC ENGINEERING
GEOFORENSIC, GEOTECHNICAL AND ENVIRONMENTAL ENGINEERING
SUMMARY
Dr. Harry Nguyen, P.E. is the Chief Engineer for Geoforensic
Engineering at Geotech Engineering and Testing (GET) with the
responsibility for the daily operations of geotechnical explorations, data
analyses and the preparation of report recommendawtions. He evaluates
failure. He finds causations for distress and comes up with recommendations for a resolution. He has 18
years of experience in fields of geoforensic, geotechnical, environmental and materials engineering. His
experience is in foundations, pavements, slope stability, retaining walls, water, sewer and storm and
water lines, wastewater facilities, detention ponds, residential developments, educational facilities,
shopping centers and underground utilities. He has experience in design of structures, buildings, various
foundations, piles, seepage analysis, slope stability, retaining walls, triaxial testing, consolidation
testing, groundwater and contamination modeling.
EDUCATION
2017 Ph.D. in Civil Engineering – The University of Texas at Arlington, Arlington, Texas
2011 M.Eng. in Civil Engineering – Ho Chi Mihn City University of Technology, Ho Chi
Minh City, Vietnam
2003 B.Eng. in Civil Engineering – Ho Chi Mihn City University of Technology, Ho Chi Minh
City, Vietnam
LICENSES
Licensed Professional Engineer – Texas (P.E. #140016)
AWARDS/ACHIEVEMENTS
Foundation Award of International Society of Soil Mechanics and Geotechnical Engineering,
2013
EXPERIENCE
2017-Present Geotech Engineering and Testing - Houston, Texas
Project Manager
2014-2017 The University at Arlington, Arlington, Texas
Graduate Research Assistant

PUBLICATIONS
Fellenius, B.H. and Nguyen M.H., 2013. Wick Drains and Piling for Cai Mep Container Port,
Vietnam. ASCE GeoInstitue Geo-Congress San Diego March 3-6, 2013, Geotechnical Special
Publication, GSP 230, pp. 445-462.
Bengt H. Fellenius and Nguyen Minh Hai, 2013. Large Diameter Long Bored Piles in the
Mekong Delta. International Journel of Geoengineering Case Histories, 2(3), 196-207.
Nguyen Minh Hai and Bengt H. Fellenius, 2013. Failure of Embankment on Soil Cement
Columns for Thi Vai Port, Vietnam. 7th
International Conference on Case Histories in
Geotechincal Engineering, Wheeling (Chicago) Illinois, April 29 – May 4, 2013 Paper No. 3.08,
11p.
Nguyen Minh Hai, 2013. Dai Ninh Hydro Power Plant and the Cai Mep International Container
Terminal Port. Pile Buck Magazine, Vol.29, No.2, No.2 2013, 34-37.
Nguyen Minh Hai, et. Al. (Primary Editor). Proceedings of the First International Conference on
Foundation and Soft Ground Engineering Challenges in Mekong Delta. Binh Duong, Vietnam,
June 5-6, 2013.
Nguyen Minh Hai and Bengt H. Fellenius, 2014. O-cell Tests on Two 70-m Long Bored Piles in
Vietnam. ASCE GeoInstitute Geo-Congress Atlanta February 23-26, 2014, Geotechnical
Special Publication, GSP 233, pp. 482-496.

FRED ZANDI, P.E.
CHIEF ENGINEER – MATERIALS ENGINEERING
CONSTRUCTION MATERALS ENGINEERING
SUMMARY
Mr. Fred Zandi, P.E. is the Chief Engineer for Construction Materials
Engineering with Geotech Engineering and Testing (GET). He has over 40
years of engineering experience related to construction materials
engineering. His specialty is in soils, concrete, aggregates, asphalt and steel
testing. Typical projects include foundations, pavements, slope stability, retaining walls, water, sewer
and storm and water lines, wastewater facilities, detention ponds, residential developments, educational
facilities, shopping centers and underground utilities Quality control observations and testing on fill
placement and placement of aggregate subbase and base materials, lime stabilization, asphalt, concrete,
steel, bolting, non-destructive testing and underground utility installations. Mr. Zandi has performed
pavement and soil subgrade investigations, laboratory testing and prepared reports, pavement design and
analysis, site investigations. His other experience includes, hydraulic analysis, deep and shallow
foundation, MSE walls, cantilever walls, seismic, liquefaction analyses, construction
observations/management. Mr. Zandi has also performed geoforensic investigations of failed
construction materials, including being an expert witness.
EDUCATION
1983 M.S.C.E., Structural/Geotechnical – University of Louisville, Louisville, Kentucky
LICENSES
Licensed Professional Engineer – Texas, Indiana
AWARDS/ACHIEVEMENTS
o American Consulting Engineering Council – Public Engineer of the Year Award, 2000
o Distinguished Hoosier Award, 2002
EXPERIENCE
CME Project Manager
2018-2019 Pars Consulting Engineers, LLC – Indianapolis, Indiana
President

2015-2018 Franco Consulting Engineers – Indianapolis, Indiana
President
2006-2015 K & S Engineers, Inc. – Highland, Indiana
Vice President/Principal Engineer
2002-2006 Chicago Testing Laboratory – Warrenville, Illinois
President
1986-2002 Indiana Department of Transportation – Albany, Indiana
Chief Engineer/Deputy Chief Engineer/Chief of Construction and Materials
Divisions/Chief Soils Engineer/Staff Design Engineer

JOHN WANG, Ph.D
PROJECT MANAGER
GEOTECHNICAL, ENVIRONMENTAL AND GEOFORENSIC ENGINEERING
SUMMARY
Dr. Wang is a Project Manager at Geotech Engineering and Testing
(GET) with the responsibility for daily operations of geotechnical,
environmental and geoforensic explorations, data analyses and preparation
of report recommendations. He has several years of experience in field of
geotechnical, environmental, geoforensic and materials engineering. His
experience has been in design and construction of in foundations, pavements, slope stability, retaining
walls, water, sewer and storm and water lines, wastewater facilities, detention ponds, residential
developments, educational facilities, shopping centers and underground utilities. His other experience
includes design and fabrication of thermo-time domain reflectometry sensors, design of 3D models of
pipelines, research and development in the field of unsaturated soil mechanics (expansive soils). Mr.
Wang is also actively involved in environmental site assessment projects, including Phase I and Phase II
Environmental Site Assessment Studies.
EDUCATION
2020 Ph.D, Civil Engineering – University of Texas at Arlington, Arlington, Texas
2015 B.S.C.E. – University of Mount Union, Alliance, Ohio
EXPERIENCE
Project Manager
PUBLICATIONS
Zhang, N., Yui, X., & Wang, X. (2017). “Use of a Thermo-TDR Probe to Measure Sand
Thermal Conductivity Dryout Curves (TCDCs) and Model Prediction.” International Journal of
Heat and Mass Transfer, 115, 1054-1064.
Zhang, N., Wang, X., & Yu, X. (2017). “Measurement of Thermal Conductivity Dry-Out
Curves for Sands and Model Prediction.” Geotechnical Frontiers 2017: Geotechnical Materials,
Modeling, and Testing, GSP 280, 791-799.
Wang, X., Yu, X. (2018). “Evaluation of Two Thermo-TDR Probes for Soil Moisture, Density,
and Thermal Conductivity.” Proceedings of GeoShanghai 2018 International Conference:
Transportation Geotechnics and Pavement Engineering. GSIC 2018. Springer, Singapore, pp.
44-55.

Zhang, N., Yu, X., & Wang, X. (2018). “Validation of a Thermo-Time Domain Reflectometry
Probe for Sand Thermal Conductivity Measurement in Drainage and Drying Processes.”
Geotechnical Testing Journal, Vol. 41, No. 2, pp. 403-412.
Wang, X., Yu, X., Kaneza, N., & He, S. (2019). “Measurement of Thermal Conductivity Dryout
and SWCC Curves for Sands Using a Modified Hanging Column Device.” Geo-Congress 2019:
Geotechnical Materials, Modeling, and Testing, GSP 310, 794-803.

MASON DERAKSHANDI, Ph.D
PROJECT MANAGER
SUMMARY
Dr. Derakshandi is a project manager at Geotech Engineering and Testing (GET)
with the responsibility for the daily operations of geotechnical explorations, data
analyses and the preparation of report recommendations. He has several years of
experience in fields of geotechnical, materials, environmental and geoforensic engineering. His
experience has been in design and construction of in foundations, pavements, slope stability, retaining
walls, water, sewer and storm and water lines, wastewater facilities, detention ponds, residential
developments, educational facilities, shopping centers and underground utilities. His other experience
includes subsurface investigations field and laboratory testing, slope stability, earth retaining systems,
excavations, landfills, geotechnical earthquake engineering, soil improvement, field investigation,
saturated soil mechanics (expansive soils). Dr. Derakshandi is also actively involved in environmental
site assessment projects, including Phase I and Phase II Environmental Site Assessment Studies.
EDUCATION
2007 Ph.D in Civil Engineering-Soil Mechanics and Foundation Engineering – Amirkabir
University of Technology & The University of Texas at Austin
2000 M.Sc. in Civil Engineering-Soil Mechanics and Foundation Engineering – Tarbiat
Modares University (TMU), Tehran, Iran
1998 B.S. in Civil Engineering – Isfahan University of Technology (IUT), Isfanhan, Iran
EXPERIENCE
Project Manager

BRUCE XIA, Ph.D
PROJECT MANAGER
GEOTECHNICAL, ENVIRONMENTAL AND GEOFORENSIC ENGINEERING
SUMMARY
Dr. Bruce Xia is a Project Manager at Geotech Engineering and Testing (GET)
with the responsibility for daily operations of geotechnical, environmental and
geoforensic explorations, data analyses and preparation of report
recommendations. He has several years of experience in field of geotechnical,
environmental, geoforensic and materials engineering. His experience has been
in design and construction of foundations, pavements, slope stability, retaining walls, water, sewer and
storm and water lines, wastewater facilities, detention ponds, residential developments, educational
facilities, shopping centers and underground utilities. His other experience includes research for testing
technique for triaxial testis on soils, developed computer programs, developed and presented
presentations, geotechnical laboratory tests, soil lab reports, ring shear test on saturated clayey soils,
surveying, inclinometer and tension indicator to monitor the horizontal displacement of soils and stress
of steel supported structure during underground construction. Dr. Xia is also actively involved in
environmental site assessment projects, including Phase I and Phase II Environmental Site Assessment
Studies.
EDUCATION
2022 Ph.D, Geotechnical Engineering – Missouri University of Science and Technology,
Rolla, Missouri
2016 M.S. Geotechnical Engineering – Institute of Rock and Soil Mechanics, Chinese
Academy of Sciences, Wuhan, China
2013 B.S.C.E. – Wuhan University of Technology, Wuhan, China
EXPERIENCE
Project Manager
PUBLICATIONS
Xia, X. L., Zhang, X., Fayek, S., and Yin, Z. Z. (2021). “A Table Method for Coded Target Decoding
and Application to Three-Dimensional Reconstruction of Soil Specimen during Triaxial Testing”. Acta
Geotechnica. 16(12), 3779-3791. (Impact Factor: 5.856)
Xia, X. L., Zhang, X., and Mu, C. M., (2021). “A Multi-Camera Based Photogrammetric Method for
Accurate Three-Dimensional Full Field Displacement Measurements of Geosynthetics in the Tensile
Test”. Geotextile and Geomembrane. 49(5), 1192-1210. (Impact Factor 5.292)
Xia, X. L., Zhang, X., Yin, Z. (2020). “Deep Learning Aided Detection for 3D Reconstruction and
Volume-Change Measurement of Unsaturated Soils”. In Geo-Congress 2020: Geo-Systems,
Sustainability, Geoenvironmental Engineering, and Unsaturated Soil Mechanics, pp. 387-393. Reston,
VA: American Society of Civil Engineers, 2020.

NIKOLAS DAREHSHOORI, M.S.C.E.
PROJECT MANAGER
SUMMARY
Mr. Darehshoori is a project manager at Geotech Engineering and
Testing (GET) with the responsibility for the daily operations of
geotechnical explorations, data analyses and the preparation of report
recommendations. He has several years of experience in fields of
geotechnical, materials, environmental and geoforensic engineering. His experience has been in design
and construction of in foundations, pavements, slope stability, retaining walls, water, sewer and storm
and water lines, wastewater facilities, detention ponds, residential developments, educational facilities,
shopping centers and underground utilities. His other experience includes research and development in
the field investigation, testing soil and CBR for quality control, design of reinforced soil walls, saturated
soil mechanics (expansive soils). Mr. Darehshoori is also actively involved in environmental site
assessment projects, including Phase I and Phase II Environmental Site Assessment Studies.
EDUCATION
2013 M.S. in Geotechnical Engineering – Azad University of Najaf-Abad, Isfanhan, Iran
1994 B.S. in Civil Engineering – Azad University of Najaf-Abad, Isfanhan, Iran
EXPERIENCE
Project Manager

SONNY EHSAEE, B.S.C.E.
PROJECT MANAGER
SUMMARY
Mr. Ehsaee is a project manager at Geotech Engineering and Testing (GET)
with the responsibility for the daily operations of geotechnical explorations,
data analyses and the preparation of report recommendations. He has several
years of experience in fields of geotechnical, materials, environmental and
geoforensic engineering. His experience has been in design and construction of in foundations,
pavements, slope stability, retaining walls, water, sewer and storm and water lines, wastewater facilities,
detention ponds, residential developments, educational facilities, shopping centers and underground
utilities. His other experience includes subgrade, soil and aggregate compaction, testing and analyzing
soil samples, aggregates and mixing of batches, inspected placement of reinforcing steel and concrete,
structural steel, tested with nuclear gauge, inspected concrete pour and performed concrete tests. Mr.
Ehsaee is also actively involved in environmental site assessment projects, including Phase I and Phase
II Environmental Site Assessment Studies.
EDUCATION
2013 B.S.C.E - Civil & Environmental Engineering – University of Maryland, College Park, MD
EXPERIENCE
Project Manager

LEO ISLAM, M.S.C.E.
PROJECT MANAGER
SUMMARY
Mr. Islam is a project manager at Geotech Engineering and Testing (GET) with
the responsibility for the daily operations of geotechnical explorations, data
analyses and the preparation of report recommendations. He has several years of
experience in fields of geotechnical, materials, environmental and geoforensic
engineering. His experience has been in design and construction of in
foundations, pavements, slope stability, retaining walls, water, sewer and storm and water lines,
wastewater facilities, detention ponds, residential developments, educational facilities, shopping centers
and underground utilities. Mr. Islam is also actively involved in environmental site assessment projects,
including Phase I and Phase II Environmental Site Assessment Studies.
EDUCATION
2019 M.S.C.E. – University of Texas at Arlington, Arlington, Texas
2017 B.S. in Civil & Environmental Engineering – North South University, Dhaka, Bangladesh
EXPERIENCE
Project Manager

SAM SHAIK, M.S.C.E.
PROJECT MANAGER
CONSTRUCTION MATERALS ENGINEERING
SUMMARY
Mr. Shaik is a project manager at Geotech Engineering and Testing (GET)
with the responsibility construction materials engineering including field
tests, including the testing of soils, concrete, and asphalt. He has several
experience in fields of construction materials and geotechnical
engineering. His focus has been commercial and land development
projects. His experience has been in design and construction of
foundations, pavements, slope stability, retaining walls, water, sewer and storm and water lines,
wastewater facilities, detention ponds, residential developments, educational facilities, shopping centers
and underground utilities. His other experience includes construction documentation review, analysis of
surveys for subsurface integration, budgetary analysis and review, field inspections and certification
packages for post construction submittals.
CERTIFICATION
APNGA – Radiation Safety Officer Class
EDUCATION
2015 M.S.C.E. – Texas A & M University at Kingsville, Kingsville, Texas
2013 B.S.C.E. – Siddhartha Institute of Technology, Vijayawada, Andhra Pradesh
EXPERIENCE
Project Manager

ALLAN BEHESHTI, M.S.E.M.
PROJECT MANAGER
CONSTRUCTION MATERIALS ENGINEERING
SUMMARY
Mr. Beheshti is a Construction Materials Engineering Project Manager with
Geotech Engineering and Testing (GET). He is responsible for field tests including
the testing of soils, concrete, and asphalt. Mr. Beheshti has several years of
experience. His focus has been commercial and land development projects. His
experience has been in design and construction of foundations, pavements, slope
stability, retaining walls, water, sewer and storm and water lines, wastewater facilities, detention ponds,
residential developments, educational facilities, shopping centers and underground utilities. Mr.
Beheshti has also worked on data processing, split testing, hypothesis testing, prestressed concrete,
advanced reinforced concrete design, predictive performance, advanced strength of materials, advance
construction management, pavement construction management, asphalt paving, etc.
EDUCATION
2021 PGP in Data Science and Business Analytics – University of Texas at Austin, Austin, Texas
2021 M.S.E.M. – University of Houston Clear Lake, Clear Lake, Texas
2012 B.S.I.E. – University of Qazvin, Qazvin, Iran
CERTIFICATION
Asphalt Level 1A (TXAPA)
American Concrete Institution (ACI)
EXPERIENCE
Project Manager

APPENDIX B
Typical Projects

OUR HOME BUILDER CLIENTS
D.R. Horton America’s Builder
Castlerock Communities
David Weekley Homes
Lennar Homes
M/I Homes
Anglia Homes
Gehan Homes
Chesmar Homes
Ashton Woods Homes
Greeneco Builders, LLC
J. Patrick Homes
Meritage Homes
Newmark Homes
Ryland Homes
Toll Brothers
Trophy Homes
Terramark Homes
Beazer Homes
M Street Homes
Mercedes Homes
First Texas Homes
Highland Homes
KB Home
Onyx Homes
Truimph Homes
Compass Pointe Homes
Deerwood Homes
MHI
Pulte Home Corp
Taylor Morrison
Trendmaker Homes, Inc.
Village Builders
Westin Homes
Hallmark Designs
J. Kyle Homes
LGI Homes
OUR DEVELOPER CLIENTS
Academy Development
Caldwell Companies
DHK Development
Ersa Grae Corporation
Hendricks Interest
Newland Communities
R. West Development Co., Inc.
Wallace Bajjali Development
Cernus Group, LTD
Decker Oaks Development
GGP – Bridgeland
Great American Companies
Land Tejas Development Co.
Riverstone Development Co.
Shadow Creek Ranch Development
Trammel Crow Residential
Alliance Communities
Cinco Ranch Development
Elan Development Co., Inc.
Friendswood Development Company
Johnson Development Corporation
Peron Development
Wilbow Corporation
Bluegreen Communities
Continental Properties Company
Deerwood Development Group
Grason Communities
Holcomb Properties
LGI Development
Sam Yager Incorporated
South Shore Harbor Development
Woodlands Operating Company
Tuller Group
BD Realty Advisors
Nash Cinco NW
Aurous Development
Castlewood Development
Coastal Bend Property
First General Realty
Greatmark International
Lakeland Development
Mischer Investments
Silvestri Investments
Sowell & Company
Sugar Land Properties
Terramark Communities

SUBDIVISIONS
Alexander Estates
Rose Meadows Farm
Bryan Crossing
Braemar Village
Vivace at Harmony Village
Raleigh Creek
Pines at Seven Coves
Clear Wick
Olympia Falls
Vida Costera
Timber Hollow
Windrow Farms
Laurel Heights
Rodeo Palms
Rivergrove
Laurel Glen
Shadow Creek South
Sedona Lakes
Harvest Green
Sunrise Pines
Falls at Green Meadow
Pomona
Raintree Village
Magnolia Creek
Willow Creek Ranch
Northgrove
The Trails at Seabourne Park
Inway Oaks Estates
Cambridge Falls
Greatwood Lakes
Bridgeland Hidden Creek
Evergreen Fairways
Texas National
Bridlewood Estates
Southern Oaks
Pinecreek at Canyon Lakes
Enclave at Highland Glen
Shepherd Oaks
Young Ranch
Hayden Lakes
Blackstone Creek
Falls at Dry Creek
Kings Crossing
Stewart Forest
Pin Oak Enclave
Province Village Reserve
Hollister Oaks
Cedar Woods
Woodcreek Reserve
Meridiana
Oakcrest North
Mission Trace
Katy Trails
Dellrose
King Crossing
Water Haven at Bridgeland
Waterstone
Woodforest
Lakecrest
Sienna Village of Water Lake
Edgewater
Cinco Ranch NW
Deerbrook
Creekside
Villages of North Pointe West
Firethorne
West Meadows
Villages of Anderson Springs
The Orchard at Riverstone
Fairfield Village
Graystone Hills
Creekside Park West
Jasmine Heights
Vineyard Meadows
Legend Ranch
Brenwood Village
Coles Crossing Trail
Savannah Bend
Summerwood
Eagle Springs
Riverside Ranch
West Ranch Lakeside
Long Meadow Farms
Royal Oaks
Cinco Ranch
Imperial Oak Park
Shadow Glens at Riverstone
Woodland Village of Creekside Park
Villages of Northpointe
Bridgeland Cove
Lakes of Bella Terra
Benders Landing
Maple Terrance
Bridgeland Shores
Village of Anderson Springs
Sanctuary Veritas

SUBDIVISIONS (con’t.)
Sienna Village of Anderson Springs
Tuscan Lakes
Gates at Canyon Lakes West
Canyon Lakes at Stonegate
West Ranch Lake Ridge
White Oaks Lake Estates
Westover Park
Eagles Springs
Werrington Park
Cinco Ranch Southwest
Glen Abbey
White Oak
Ridge at Oakhurst
Jasmine Heights
Lawrence Place
Riata Ranch
Bridgewater Place
Bonbrook Plantation
Orchard at Riverstone
Greenfield Forest Estates
Summer Lakes
Copper Lakes
Auburn Trails at Oakhurst
Auburn Lakes
Bay Colony Pointe
Shadow Creek Ranch
Westfield Village North
Ashford Place
Dominion Ranch
Oakhurts Terrace
Walnut Grove
Auburn Lakes Pine
Village Grove
Cross Creek Ranch
Bonbrook North
Villlages of Northpinte SD
Springwood
Deerbrook Estates
Alian
Bay Colony, North Pointe
Terrace at Oakhurst
Fairfield Village South
Southridge Crossing SD
Cross Creek Ranch SD
Shadow Creek Ranch Village
Westheimer Lakes Nova
Silver Ranch.
Twin Oaks
Auburn Lakes Reserves
Parks at Oakhurst
Indian Trails
Creek Stone Village
MarBella
Rayford Ridge
Summer Wood
Twin Falls
Princeton Place
Hannover Springs
Sterling Lakes at Iowa Colony
Lakemont Manor
Graystone Hills
Creekside Park
Lanecrest Village
Senterra Lakes
Tuscan Lakes
Parkway Lakes
Bay River Colony
Shadow Ranch
Tuscan Lanes
Creekside Park West
Kings Mill
Creekside Park West, Timarron
Fairfield Village
Lakes of Bella Terra
Grand Meadow Lakes
Brunswick
Graystone Hills
Fall Creek
Summer Lane
Southern Trails West
Bridge Water Place
Telfair
Auburn Lakes
Lennar City Park West
Park Springs
Hannover Springs
Cypress Place
Bridgewater Place
Laurel Place
Lakeland Height
Canyon Gate at Bark Lakes
Castle Rock
Sienna Village Shipman’s Landing
Sunset Ridge West
Parkway Lakes
Olympia Estates

SUBDIVISIONS (con’t.)
Shadow Glen at Riverstone
Southern Trails
Legends Ranch
Serenity Meadows
Martha's Vineyard
Windfield Lakes
Rockhurst
Darbydale Crossing
Pecan Grove
Teal Run
Kingsland Boulevard
Eagle Ranch West
Blackhorse Ranch
Canyon Lakes
White Oak Landing
Falcon Ranch
Town Lake Estates
Colony Pointe
Village of Sterling Ridge
Riverwood at Washington
Meadow Hill Run
Village of Shipman’s Landing
Plantation Lakes
White Oak Falls
Crown Oaks
Riverwood on Lacey
Plantation Hills North
Saddlebrook Ranch
Cabot Cove
Canyon Springs at Westheimer Lakes
Forestwood
Sonoma Ranch
Rio Vista
Wimbleton Falls
Savannah Ridge
Normandy Forest
Baker Village
Dearborn Place
Silverstone
Southshore Harbor
Albury Trails
College Place
Cinco Ranch West – Seven Meadows
Pelican Harbor
Westfield
Glennock Farms
Bay Colony Meadows

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