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Tamer E.

@TamerElGharbawi

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PhD, Civil and Earth Resources Engineering, Kyoto Univ. Japan, 2015, MSc. Surveying Engineering 2010

$20 USD / Hour

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Egypt (3:51 PM)

Joined on August 14, 2012

$20 USD / Hour

A PhD holder in Civil and Earth Resources Engineering from Kyoto University Japan Specilized in Remote sensing (Active and Passive), InSAR, Lidar, GPS Experienced in Surveying, GPS, Highway Engineering, Remote sensing applications ENVI- SARscape- Leica Geo office - ArcGIS - QGIS - Matlab - Autocad - Autocad Civil 3D

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Experience

Assistant Professor of Civil Engineering

Oct, 2015 - Present

10 years, 7 months

MISR Higher Institute for Engineering and Technology

Oct, 2015 - Present

10 years, 7 months

I teach several courses for undergraduate student Elementary Surveying Geodetic Surveying Remote Sensing

Oct, 2015 - Present

10 years, 7 months

Civil Engineer

May, 2008 - Present

18 years

Master Survey

May, 2008 - Present

18 years

Civil Engineer - Chief Surveying Engineer

May, 2008 - Present

18 years

Assistant Lecturer

Sep, 2006 - Present

19 years, 8 months

Misr Higher Institute for Engineering&Technology

Sep, 2006 - Present

19 years, 8 months

Assistant Lecturer in Civil Engineering Department

Sep, 2006 - Present

19 years, 8 months

Education

Kyoto University

2012 - 2015

3 years

PhD in Civil and Earth Resources Engineering

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Japan

2012 - 2015

3 years

Alexandria University

2006 - 2010

4 years

MSc in Surveying Engineering

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Egypt

2006 - 2010

4 years

Mansoura University

2001 - 2006

5 years

BSc in Civil Engineering

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Egypt

2001 - 2006

5 years

Publications

Measuring deformations using SAR interferometry and GPS observables with geodetic accuracy

ISPRS Journal of Photogrammetry and Remote Sensing

This paper presents new methodology for correcting interferometric synthetic aperture radar (InSAR) deformation maps using GPS observables and products. The methodology presents a sequential procedure for correcting the errors presented in InSAR deformation maps such as troposphere delay, ionosphere delay and baseline error.

Surface deformation monitoring using SAR interferograms and GPS observables: Application to Tokyo

Conference: IGARSS 2014

This paper presents a method to monitor surface deformations using SAR interferometry and GPS observables. In this analysis we used least squares to reduce the errors presented in InSAR deformation maps temporally then we used a GPS based spatial phase filtering to spatially filter the estimated deformation maps.

Geodetic accuracy observations of regional land deformations caused by the 2011 Tohoku Earthquake

Journal of The Remote Sensing Society of Japan 35

Doctoral Thesis Abstract

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