This document contains a summary of Asgar Shojaei's work experience and qualifications. It details his education, including degrees in survey engineering and GIS/remote sensing. It lists his work history with Terras Persia Seismic Company as a party chief and surveyor on various 2D seismic projects. It also provides his computer skills, thesis topic, and equipment experience with GPS and surveying tools.

1. 1
Asgar Shojaei
TPS Chief Surveyor & Party Chief
My last position in TPS is Party chief of crew101
Personal details
• Date of birth: June, 14, 1978.
• Place of birth: Isfahan, (Isfahan), Iran
Education
• 1996-Highschool Diploma in the field of Mathematical & Physics Science, Emam
high school, Najafabad,Isfahan, Iran.
• 2002-B.Sc. in Survey engineering Department, University of Isfahan, Isfahan
• 2008-M.Sc. in Geo-spatial Information System (GIS) & Remote Sensing engineering,
University of Tehran Science & Research.
Language
• Persian
• English
Work experience
Professional Surveyor with several years in exploration (for oil, gas & minerals) and
constructions (residential, commercial & civil works) operations experience, I am
honest and reliable, action-oriented and result-focused professional; excellent at math,
and strong organizational skills. As a Leader, I convert the new situations into
opportunities of creativity for my team, to reach the goals on time and following the
HQSE standards.
No 5–Golshan Alley-Motahari Jonobi St.
Amirabad – Najafabad-
Isfahan, IRAN.
Tel: 09133273992 & 031-42443645
09162297806
E-mail:
asgarshojaei@yahoo.com
asgarshojaei@gmail.com

2. 2
(October 2005- Recent) Terras Persia Seismic Company (TPS)
 Field and Office Surveying, Zahab area, Zahab – 2D Project.
Survey data quality control and processing and mapping in Zahab 2D seismic
project.
 Party chief, Lordegan area, Roshd – 2D Project.
 Assistant Party chief, Khesht area, Fars II– 2D Project.
 Field and Office Surveying, Transition Zone (TZ) ,Qeshm area Fars II Project .
Quality data control and processing and mapping and navigation in TZ seismic
project.
The Ocean bottom cable (OBC) which is a special type of marine seismic
acquisition which involves the laying of the receiver lines on the ocean floor.
 Field and Office surveying,Transition Zone (TZ) ,North Pars Project.
Quality data control and processing and mapping and navigation in TZ seismic
project.
Air gun which is a device that releases compressed air into the water column,
creating an acoustical energy pulse with the purpose of penetrating the seafloor.
 Field and Office Surveying, Shah Chal area, Fars – 2D Project.
Survey data quality control and processing and mapping in Shah Chal 2D
seismic project.
 Field and Office Surveying, Norsk Hydro(NH0710) – 2D Project.
Survey data quality control and processing and mapping in Khorram Abad 2D
seismic project.
 Field and Office Surveying, mountain area, Koohestan1 – 2D Project.
Survey data quality control and processing and mapping in Mehran-Naftshahr
2D seismic project.
Survey data quality control and processing and mapping in Shushtar-Sardar Abad-
Danial 2D seismic project.
Survey data quality control and processing and mapping in Dalpari 2D seismic
project.
Survey data quality control and processing and mapping in Sina 2D seismic project.
Survey data quality control and processing and mapping in Haftkel-Naftsefid 2D
seismic project.
Responsibilities (Field & Office):
• Responsible for logistic and production of the survey crews staking out seismic
exploration projects
• Reducing GPS data, and updating the Data Base (using GPSeismic and Arc GIS).
• Planning, assigning goals and overseeing 20+ people (surveyors, drillers, field helpers,

3. 3
and drafter assistant)
• Issuing daily reports of progress, achievements and goals to achieve, as well as
updated maps for the Operations.
• During 2010, I was involved in fee estimating and budgeting. as well as bids, mapping,
3D modeling and design of 2D and 3D projects (using Global Mapper software) over
Lidar, gravity and radiometric.
Achievements (Field & Office):
• Developed matrixes files (Visual Basic + Excel/Access) for Survey QC, Daily
Production Reports, Inventories, personnel evaluation and requirements for surveying
applicants.
• I wrote down job descriptions, procedures for field task.
•Planning, assigning, reviewing performance data - Uploading/downloading for QC.
• Establishing geodetic network for projects and reducing / exchanging data with Opus
system and applying undulation models
• I was in charge of reducing GPS data to assure the quality of the surveying tasks.
• GPSeismic and Arc-Gis were used as main tools to produce reports and maps.
• Design, location, drawing and calculations of roads to move drill equipment.
• The databases were updated in a daily basis.
(May 2002 – October 2005) Omran Tarighat Co.
 Photogrametric map(worked with analytical,digital and mechanical equipments).
 Topographic map
 Surveyed access road to Karoon 4’s Dam.
Technical supervisor in Abshar Espadana Construction company during military.
(Before May 2002 for 5 months) The plan and Budget organization.
 Geo referenced Information System(GIS) of Isfahan city.
Computer skills
Operation System (OS): Windows
Professional Softwares:
 Winfrog Seismic Marine
 Civil 3D Land companion 2013
 Land Develomment Desktop 2010
 Arc GIS(Arc view,Arc map) ver 9.3 & 10 & 10.1
 Arc GIS Server & ArcSDE Geodatabase
 Arc IMS ver 9.0 & ArcSDE Geodatabase
 ERDAS Imagine 9.1 for image processing
 Envi for image processing

4. 4
 GPSeismic
 Leica Geo Office (LGO)
 Trimble Geomatics Office(TGO)
 Microstation
 Fugawi,Mapsource,PDL configurations,Gen 2D,Geocalc,ExpertGPS,…
 Civil Design engineering
 Matlab
 Office(Excel,Word,…)
 SDR Map
 Autocad Map
 SPS Pro
 WTides(Tidal Prediction)

M.Sc. Thesis
 Implementation of Web-based GIS for Oil & Gas Seismic acquisition
In this research project, the spatial and attributive Data with using existing maps,
satellite images and surveyed data, the required information extracted. In the
next step, with using SQL Server and employing ArcSDE as interface, spatial
data is stored. Then an interactive WebGIS system (Interactive) with using
ArcGIS Server is designed and implemented. Finally, using WebADF classes
with using platform of Visual Studio .Net the developing of such system is done.
Equipment skills
 GPS system 500 Leica
 GPS system 1200 Leica
 Trimble 4700/4800
 Veripos GPS System (DGPS system)
 Total station (Leica,Pentax,Nikon,Trimble,Sokia,Stonex)
 Bathy500 dual frequency Echo Sounder
 Valeport sound velocity profiler(mini SVP)