Biography
Hello there!! My research interests include satellite geodesy, and natural hazard monitoring with geosensors. For more detailed information you can take a look at the summary of my Msc Thesis.
Interests
- GNSS
- PPP
- Geodesy
- Geosensors
Education
PhD in Geomatics Engineering, Ongoing
Istanbul Technical University
MSc in Geomatics Engineering, 2022
Istanbul Technical University
BSc in Geomatics Engineering, 2019
Istanbul Technical University
Skills
Technical
Python
LaTeX & Generic Mapping Tools (GMT)
GNSS (RTKLIB, GAMIT, TRIMBLE BUSSINESS CENTER)
Bash Scripting
Hobbies
Cats
Hiking
Swimming
Experience
Research Assistant
Istanbul Technical University
Responsibilities include:
- Research on satellite geodesy, and GNSS reflectometry.
- Teaching/assisting lectures on computer programming and geodesy.
Gallery
Journal Papers
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(2026).
Integration of low-cost GNSS and smartphone-derived acceleration for horizontal and vertical dynamic displacement monitoring: Shake table experiments.
Measurement.
(2025).
Performance analysis of multi-GNSS PPP for accurate ship-borne positioning in Antarctic region.
IJEG.
(2023).
Assessment of Multi-GNSS RT-PPP Services for the Antarctic Region.
ARCTIC, 76(3).
(2023).
Applicability of real-time PPP technique in polar regions as an accurate and efficient real-time positioning system.
Turkish Journal of Earth Sciences, 32(8), 1022-1040.
(2023).
The performance analysis of the post-mission web-based static and kinematic PPP-AR service.
Rudarsko-geološko-naftni zbornik, 38(4).
(2022).
Real-time multi-GNSS Precise Point Positioning using IGS-RTS products in Antarctic region.
Polar Science, 32.
(2022).
Performance analysis of real-time precise point positioning (RT-PPP) technique using IGS-RTS products: A case study in Antarctica.
Yerbilimleri, 43(1).
(2020).
Performance Analysis of Precise Point Positioning (PPP) Technique in Antarctica Continent.
Afyon Kocatepe Üniversitesi Fen ve Mühendislik Bilimleri Dergisi, 20(5).
Conference Papers
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(2026).
Development of an Unmanned and Autonomous Surface Vessel for Inland Hydrographic Surveying.
In RAST 2026.
(2026).
Integration of InSAR and Inclinometer Measurements for Evaluating Surface Deformation in an Active Landslide Area.
In EGU26.
(2026).
An Evaluation of Low-Cost GNSS-R Technique for The Precise Measurement of Water-Level Fluctuations Utilizing a Height Displacement Tool.
In ISPRS Archives.
(2026).
GNSS Positioning Performance Analysis of Smartwatches.
In ISPRS Archives.
(2025).
Comparative Analysis of Multi-Resolution Remote Sensing Data for Accurate Road Segmentation in Urban Environments.
In ISPRS Archives.
(2025).
Assessment of GNSS-based PWV against radiosonde observation and reanalysis datasets in Antarctica.
In EGU25.
(2025).
Kinematic Rupture Modeling of the 6 February 2023 Kahramanmaraş Earthquakes: A Joint Inversion of High Rate GNSS and Strong Ground Motion Data.
In EGU25.
(2024).
Real-time Absolute Kinematic Positioning Using Galileo High Accuracy Service (HAS).
In NAVITEC24.
(2024).
Precipitation forecast using GNSS technique and artificial neural network model.
In TUJK24.
(2024).
Investigation of Static and Kinematic Surveying Performance of Handheld GNSS Receiver.
In ENC24.
(2023).
Centimeter-accurate Positioning with Handheld GNSS Receiver..
In XXXIII International Symposium on Modern Technologies, Education and Professional Practice in Geodesy and Related Fields.
(2023).
Continuous Decimeters Level Real-Time Precise Point Positioning in Polar High Latitude Region.
In IGD23.
(2023).
Monitoring the Surface Ice Sheet of Çıldır Lake Using Sentinel-1 Data.
In TUFUAB XII.
(2022).
Evaluation Of Real-Time Precise Point Positioning Technique Performance In Polar Regions Using IGS and NAVCAST GNSS SSR Correction Products.
In 6. Ulusal Kutup Bilimleri Çalıştayı.
(2022).
Performance Analysis of Real-Time Multi-GNSS Precise Point Positioning Technique.
In TUJK22.
(2021).
An Investigation on the Ice Mass Loss in Antarctica Using Different Geosensors Data.
In IAG21.
(2021).
Assessment of the Galileo System Contribution on RT-PPP Using Different Real-Time Correction Services in the Antarctic Region.
In IAG21.
(2021).
Accuracy Assessment of Recent High-Degree Global Geopotential Models Using Geodetic Control Points and Terrestrial Gravity Data in Turkey.
In EGU21.
(2021).
Static and Pseudo-Kinematic PPP-AR Performance in Antarctic Region.
In EGU21.
(2020).
Static and Pseudo-Kinematic PPP-AR Performance in Antarctic Region.
In IGD20.
(2019).
Assessments on Temporal Variations of Earth Gravity Field with Grace Observations..
In XXIX International Symposium on Modern Technologies, Education and Professional Practice in Geodesy and Related Fields.
Contact
- mutlubil@itu.edu.tr
- İstanbul Teknik Üniversitesi, Ayazağa Kampüsü, İnşaat Fakültesi, Geomatik Mühendisliği Bölümü, Ofis No:G303, 34469 Sarıyer, İstanbul,
- ITU Faculty of Civil Engineering, Department of Geomatics Engineering, Office No:G303, Maslak, Istanbul
- DM Me