Dissertation title:

“Intrinsic Analysis of the Earth Crustal Deformation by InSAR technology and Meshless Numerical Methods” K.N.TOOSI University of technology, Faculty of Geomatics Eng./Tehran, Iran.

Current Job Position: Assistant professor at the section geodesy, department of surveying engineering, University of Isfahan, Iran.


2011-2017 PhD, Geodesy, K.N.TOOSI University, Faculty of Geomatics Eng
1999 - 2001 Master of Science, Geodesy, Thesis in Optimization of Geodetic

Networks, KNTU, Faculty of Geomatics Eng.

1995 - 1999 Bachelor of Science at Geomatics Engineering Isfahan University,

Geomatics Dept.

  1. H. Mehrabi, 2008 "Theory of Error and Least Squares Adjustment ", Text Book in Persian Language published by Islamic Azad University publications.
  2. H. Mehrabi "Optimization of Local Geodetic Networks Based on Precision " Geomatics 80 Exhibition and Conference, National Cartography Center, Iran, 2001.
  3. H. Mehrabi "Optimization and Design of Observational Plan of Local GPS Networks " Geomatics 88 Exhibition and Conference, National Cartography Center, Iran, 2009.
  4. H.Mehrabi, and B. Voosoghi (2014). "Optimal observational planning of local GPS networks: assessing an analytical method." Journal of Geodetic Science 4(1).
  5. H.Mehrabi, and B. Voosoghi (2015). "Recursive moving least squares." Engineering Analysis with Boundary Elements 58: 119-128. pdf
  6. H.Mehrabi, and B. Voosoghi (2016). "On estimating the curvature attributes and strain invariants of deformed surface through radial basis functions." Computational and Applied Mathematics: 1-18. pdf
  7. H.Mehrabi, and B. Voosoghi (2017). Intrinsic Analysis of the Earth Crustal Deformation by InSAR Technology and Meshless Numerical Methods Ph.D., K. N. Toosi university of technology.
  8. H.Mehrabi , Voosoghi B, Motagh M, Hanssen RF (2019) Three-dimensional displacement fields from insar through tikhonov regularization and least-squares variance component estimation Journal of Surveying Engineering 145:04019011 pdf
  9. H. Mehrabi, S. Zaferanieh (2020) Estimation of Earthquake Damage Through Radar Interferometry) Case study: Bam 2003 Earthquake.
  10. H.Mehrabi (2021) Three dimensional strain descriptors at the Earth’s surface through 3D retrieved co‑event displacement felds of diferential interferometric synthetic aperture radar. Journal of Geodesy. pdf

Feb 2004- Feb 2005 :

Research at Azad University , Faculty of Geomatics Engineering, Optimization of Observational Plan of local GPS Networks Based on Precision Criterion (Technical Research)

Oct 2009- Jun 2010 :

Research at: Azad University , Faculty of Geomatics Engineering,Trend Analysis of GPS Relative Positioning with Respect to Baseline length (Technical Research)

  • InSAR
  • Global Navigation Satellite Sustem (GNSS)
  • Optimization of GPS networks, Geodetic and Geotechnical methods in Geodynamics,
  • Intrinsic deformation analysis of the Earth crust.

Since 2002

  • Satellite Geodesy (GPS)
  • Optimization and Design of Geodetic Control Networks
  • Advance Software and Surveying Instrument
  • Surveying Engineering
  • Theory of Errors and Least Square Adjustment
  • Physical Geodesy
  • Differential Geometry
  • Radar interferometry
  • Satellite altimetry
  • Generally, I am PC oriented. Through the years I have been working on Linux and then most Windows operating systems, I handle my Hardware problems.
  • Good experience in programming with Matlab and C++.
  • Softwares: familiarity with variety of software's such as
    • 1) Bernese GPS software
    • 2) commerical GPS Baseline Process Software such as Leica Geo Office(LGO), Trimble Geomatic Office (TGO)
    • 3) Columbus Software
    • 4) MicroSearch Geolab
    • 5) SDR Mapping, Civil3D, Auto CAD Microstation, Office XP (Word, PowerPoint, FrontPage Excel)
    • 6) Matlab Software and Programming
    • 7) InSAR processing softwares: SARScape/Envi, SNAP, StaMPS/DORIS and GAMMA Softwares

Since 2003: Manager of Consulting Surveying Engineer .