Geodesy · Seismology · Remote sensing

Eng.Anas Osman

PhD Researcher in Geodesy & Seismology
Surveying Engineer

University of Chinese Academy of Sciences
Innovation Academy for Precision Measurement Science and Technology, CAS

I use InSAR and GNSS to study how the Earth's crust moves before, during and after earthquakes, how faults slip, and how earthquakes influence nearby faults. My work also draws on remote sensing, GIS and gravimetric geoid modelling.

Excellent Poster Award · Geodesy & Geodynamics / TibXS, 2025

Anas Osman
Based in Wuhan, ChinaExpected PhD completion: July 2027

Research focus

Reading the Earth’s movements

Explore my research

Earthquake deformation

Fault slip and deformation before, during and after earthquakes, observed with InSAR and GNSS.

Remote sensing & GIS

Satellite imagery, radar interferometry, deformation time series and geospatial analysis.

Physical geodesy

Gravimetric geoid modelling, gravity-field analysis and evaluation of geopotential models.

Published work

Recent research

All publications

Remote Sensing · 2026

Wushi earthquake sequence

Coseismic rupture, afterslip and aftershock interactions following the 2024 Mw 7.1 earthquake.

Read the paper

Geophysical Research Letters · 2026

Slip through the earthquake cycle

Interseismic, coseismic and early postseismic slip associated with the 2025 Mw 8.8 Kamchatka earthquake.

Read the paper

Research and collaboration

Interested in geodesy, earthquake deformation or geospatial engineering? Let’s get in touch.

Contact me

Research interests

Understanding the Earth through satellite and geodetic observations.

Earthquake-cycle geodesy

Interseismic strain, coseismic slip and postseismic deformation, including afterslip, aftershock triggering and stress transfer between faults.

InSAR · GNSS · Coulomb stress

Remote sensing & GIS

Satellite imagery and radar interferometry for deformation time series, land subsidence and geospatial analysis.

Satellite imagery · SAR · GIS

Physical & satellite geodesy

Gravimetric geoid modelling, gravity-field analysis and evaluation of global geopotential models using terrestrial and satellite observations.

Geoid · Gravity · GNSS/levelling

Work in progress: Four additional research manuscripts are in progress or under review.

Selected studies

Remote Sensing · 2026

Wushi earthquake sequence

Coseismic rupture, afterslip and aftershock interactions following the 2024 Mw 7.1 earthquake.

Read the paper

Geophysical Research Letters · 2026

Slip through the earthquake cycle

Interseismic, coseismic and early postseismic slip associated with the 2025 Mw 8.8 Kamchatka earthquake.

Read the paper

Journal of Applied Geodesy · 2025

Gravity and geoid modelling

Evaluation of global geopotential and elevation models against terrestrial gravity and GNSS/levelling observations in Sudan.

Read the paper

Urban & Environmental Technology · 2026

Land deformation and land cover

Multi-temporal analysis of land surface deformation in relation to land use and land cover in Makassar City.

Read the paper

Publications

Five journal articles and three conference papers. My name is highlighted in the author lists.

8 of 8 publications

Education & experience

A background in surveying and geomatics, followed by doctoral research in earthquake deformation.

Education

  1. Sep 2023 – Jul 2027 (expected)

    PhD, Geodesy and Surveying Engineering

    University of Chinese Academy of Sciences (UCAS), Beijing, China

    Doctoral research host since January 2024: Innovation Academy for Precision Measurement Science and Technology, CAS, Wuhan. PhD qualification examination passed in June 2024.

  2. Jul 2020 – Aug 2022

    Master of Engineering, Geomatics Engineering

    Institut Teknologi Sepuluh Nopember (ITS), Surabaya, Indonesia

    Cum laude · CGPA 3.86/4.00. Department of Geomatics Engineering.

  3. 2012 – 2017

    BSc (Honours), Surveying Engineering

    Omdurman Islamic University, Sudan

    Second Class, Division One. Faculty of Engineering Sciences.

Research experience

  1. Jan 2024 – Present

    Doctoral Research, Geodesy and Seismology

    Innovation Academy for Precision Measurement Science and Technology, CAS

    • Investigate earthquake-cycle deformation using InSAR and GNSS, with published work on the Wushi and Kamchatka earthquake sequences.
    • Model coseismic slip and afterslip; study earthquake interactions using Coulomb stress changes and aftershock distributions.
    • Four additional research manuscripts are in progress or under review.
  2. Jul 2020 – Aug 2022

    Master’s Research, Gravimetric Geoid Modelling

    Institut Teknologi Sepuluh Nopember (ITS)

    • Developed a regional gravimetric geoid model for Sudan using least-squares collocation.
    • Evaluated global geopotential and digital elevation models against terrestrial gravity and GNSS/levelling observations.

Professional experience

  1. Sep 2022 – Nov 2024

    Adjunct Lecturer · Part-time

    Department of Surveying Engineering, Omdurman Islamic University, Sudan

    Taught undergraduate courses and supervised final-year projects and BSc theses.

  1. Dec 2017 – Dec 2018

    Surveying Engineer · Contract

    Dar Consult, Khartoum, Sudan

    Consultant surveying engineer on road and bridge projects; modified engineering designs and supervised contractors during site implementation.

Technical skills

Methods and tools for geodetic research, geospatial analysis and surveying engineering.

Geodesy & seismogeodesy

InSAR processing and time-series analysis (SBAS, PS-InSAR); GNSS data processing; deformation monitoring; coseismic and postseismic modelling; finite-fault inversion; Coulomb stress and elastic dislocation modelling; gravimetric geoid modelling; least-squares adjustment and uncertainty analysis.

Remote sensing & GIS

Satellite image processing; SAR interferometry; LiDAR point-cloud processing; digital elevation model generation; geospatial data processing and analysis.

  • ArcGIS
  • QGIS
  • SNAP

Programming & scripting

MATLAB and Python for scientific analysis; Bash shell scripting; Git version control; Linux/Unix environments.

  • MATLAB
  • Python
  • NumPy
  • SciPy
  • Pandas
  • Matplotlib
  • Bash
  • Git

Machine learning & AI

Machine learning and artificial intelligence applied to geoscience data.

  • scikit-learn
  • TensorFlow
  • PyTorch

Research software

Tools for radar interferometry, GNSS processing, fault-slip modelling and physical geodesy.

  • GMTSAR
  • ISCE
  • MintPy
  • StaMPS
  • PSGRN/PSCMP
  • SDM
  • SlipSolve
  • GRAVSOFT
  • Coulomb
  • GAMIT/GLOBK
  • GipsyX

Visualisation & documentation

Scientific maps, figures and research documentation.

  • GMT
  • PyGMT
  • Inkscape
  • Matplotlib
  • Surfer
  • Google Earth Pro
  • LaTeX
  • Overleaf
  • Microsoft Office

Surveying engineering

GNSS RTK, total station, levelling, topographic surveys, setting out, network adjustment and surveying data processing.

  • AutoCAD Civil 3D
  • GNSS RTK

Soft skills

Time management; problem-solving; work ethic; presentation and communication; teamwork; quick learning and adaptability; research and analytical thinking; creativity.

Conferences & training

Research presentations and professional development in satellite observations, geodesy and engineering.

Academic conferences & presentations

  1. 14th International Workshop on TibXS

    Kunming, China · 10–14 August 2026

    Presenter

  2. Joint Geodesy and Geodynamics Symposium & 13th TibXS Workshop

    Xining, China · 1–4 August 2025

    Poster presentation · Excellent Poster Award

  3. GGOS Days 2024

    Global Geodetic Observing System · International Association of Geodesy

    Participant

  4. Geomatics International Conference (GEOICON 2022)

    ITS, Indonesia · Sudan gravimetric geoid modelling using least-squares collocation

    Presenter

  5. Geomatics International Conference (GEOICON 2021)

    ITS, Indonesia · Geospatial solutions for hazards and disaster management

    Presenter

  6. Joint International Conference on Civil, Environmental and Geo Engineering

    Institut Teknologi Sepuluh Nopember, Indonesia

    Presenter

Selected training & professional development

Satellite observations, remote sensing & GIS
  • Nov 2025

    COMET InSAR Training Workshop

    Centre for Observation and Modelling of Earthquakes, Volcanoes and Tectonics, UK.

  • Apr 2024

    Advanced InSAR and Data Analytics for Civil Engineering

    AGS, Hong Kong · construction-site risk reduction and long-term asset monitoring.

  • Mar/Jun 2024

    From Space to Screen: Satellite Imagery in ArcGIS

    Esri · accessing and tasking satellite imagery.

  • Mar 2024

    NOAA SatBathy: Satellite-Derived Bathymetry

    NOAA · automated bathymetry from satellite observations.

  • May 2019

    Cartography

    Esri.

GNSS, gravity & seismology
  • 2020–2024

    GNSS positioning, time series & observation planning

    NOAA NGS / COMET · noise analysis, orbit determination, multi-GNSS positioning, space weather, antenna calibration and survey planning.

  • 2024

    EarthScope Seismology Skill Building Workshop

    EarthScope Consortium / Miami University · Linux, shell scripting, GMT and introductory SAC tutorials.

  • 2022–2024

    Geoid and gravity training

    NOAA NGS / COMET · Geoid Monitoring Service (GeMS), Gravity for Geodesy II and GEOID2022.

  • Selected webinars

    NOAA National Geodetic Survey webinars

    OPUS, CORS, reference-system modernisation, absolute gravity, geoid change and sea-level observations.

Research practice & engineering
  • 2024–2025

    Peer review, open science & scientific writing

    Researcher Academy / University of Nottingham · manuscript preparation, publication ethics, research metrics and journal selection; systematic-review training (June 2024).

  • Jan/Feb 2019

    Engineering software & quantity surveying

    Zoohal Engineering and Training Center · AutoCAD Civil 3D, Primavera P6, PlanSwift, earthworks, Excel quantity surveying, project costs and contracts.

  • Aug–Sep 2014

    Practical surveying training

    Sudan Survey Authority · digital levelling, Leica total station, GPS fundamentals, data transfer and field surveying.

About me

A Sudanese engineer and researcher based in Wuhan, China.

My studies and work have taken me from Sudan to Indonesia and China. I combine a practical surveying background with research in geomatics, physical geodesy and earthquake deformation.

Outside research, I enjoy learning languages, travel and cultural exchange, reading about science and technology, photography, football, hiking and field exploration.

Nationality
Sudanese
Based in
Wuhan, Hubei, China
From
Khartoum, Sudan
PhD completion
July 2027 (expected)

Languages

Arabic
Native or bilingual
Nubian languages
Native or bilingual
English
Full professional proficiency
Chinese
Elementary proficiency
Indonesian
Elementary proficiency

Academic service

Reviewer, Journal of Marine-Earth Science and Technology
May 2023 – Present

Professional registration

Graduate Engineer (Surveying), Sudan Engineering Council · April 2018.
EC/ER/GE/55449

Awards & scholarships

Recognition for research presentations and academic achievement.

Excellent Poster Award

Joint Geodesy and Geodynamics Symposium & 13th TibXS Workshop · Xining, China.

ANSO-CAS-TWAS/UNESCO PhD Scholarship

ANSO Scholarship for Young Talents · ANSO, Chinese Academy of Sciences and TWAS/UNESCO.

Master of Engineering with Cum Laude

Institut Teknologi Sepuluh Nopember · CGPA 3.86/4.00.

KNB Scholarship for Master’s Studies

Indonesian Government · master’s studies in Geomatics Engineering at ITS.

Academic Excellence Award, Surveying Engineering

Omdurman Islamic University · highest semester-10 performance and second-best overall fifth-year result (2016/2017).

Get in touch

Research collaboration, academic enquiries and geospatial engineering opportunities.

I welcome conversations about earthquake geodesy, satellite observations, GIS and gravimetric geoid modelling. You can reach me by email or through my professional profiles.