This document provides a summary of Balázs Füsi's professional experience and qualifications. It outlines his 16 years of experience as a geophysicist working on field campaigns, data collection, processing, and interpretation. It also details his experience leading projects involving geophysical surveys, remote sensing, landslide monitoring, and database development. His skills include rapidly learning new software and programming languages. He has presented research results at numerous national and international conferences.

1. Balázs Füsi
1098 Toronyház u. 1.
Budapest/HUNGARY
Born: 5 January 1975, Budapest
mobile phone.: +36 70 631 75 15
e-mail: fusi.balazs@gmail.com
PROFESSIONAL PROFILE
During the 16 years of my professional history as a geophysicist, I worked on the whole process
chain of the geophysical research: from operating and maintaining the instruments on the field
campaigns via collecting, processing and interpreting the measured and archive geophysical and
remote sensing (imagery and SAR) data, amended by writing suitable codes to ease data
processing, inversion, storage and web publishing to state-of-the-art research planning and
project coordination.
I had the opportunity to work on several complex projects as a member of the Hungarian
Geological and Geophysical Institute, was involved in planning, organizing, executing,
implementing electric, electromagnetic, radiation-detecting, landslide-monitoring, remote sensing
aerial and field measurement campaigns. Leading the Hungarian team in the DORIS EU FP7
project gave me the chance to work with the European group of researchers in landslide and
remote sensing and try the new methods in satellite and ground-based SAR image processing and
interpretation.
Learning new methods, softwares and programming languages rapidly is my skill which my team
can always count on. Working on the field during extreme conditions (winter, rain, mines, caves,
etc.) perfectly fits to my leisure activities, mountaineering and caving. I had the honour to present
our team's most interesting results at several national and international conferences and papers.
WORK EXPERIENCE
2006- senior geophysicist (research & exploration)
MFGI (Geological and Geophysical Institute of Hungary)
project management DORIS EU FP7 (Leader of the Hungarian Team), field and airborne
geophysical surveys (water and ore exploration, environmental,
landslide hazard)
remote sensing satellite and aerial image processing (geological and landslide
structures and properties), DInSAR data processing and analysis
(ground deformation monitoring – Terrafirma, DORIS FP7)
database & coding INSPIRE compatible geophysical and landslide data and metadata
GIS database constructing and managing (e.g.: www.geomind.eu,
www.doris-project.eu, www.kinga.mfgi.hu ), implementing full text
search, geophysical inversion and data conversion tools
hydrogeology thermal and drinking water surveys (geological, geophysical and
hydrogeological data analysis and modelling, field survey
planning)

2. field surveys multielectrode DC (2D, 3D tomography) and electromagnetic
measurements (Time Domain Electromagnetic Sounding ,
Magnetotelluric Sounding, etc.): planning, managing, achieving, data
processing and interpreting field surveys; maintaining and repairing
the geophysical instruments and 4x4 vehicles on the field.
2001-2006 environmental protection associate, SENEX Kft., Budapest
modelling hydrodynamic, contaminant-transport, air dispersion, tanks
emission
survey geology, hydrogeology, contaminant distribution, remediation
planning, human health risk assessment study, field work leader
(drilling, soil and gw. sampling, stratigraphy)
audit IPPC, BAT, environmental audit
development large scale data processing tools for special cases,
human health risk assessment software expansion,
environmental database development
2000 environmental data analyser/collector, Golder Associates
environmental impairment, contaminated zones nationwide review
1995-2000 field works on geophysical and cartographical surveys, FRACTAL Bt., piLINE
geodesy/magnetic/seismic/geoelectric surveys/evaluation software
development
EDUCATION
2000 Eötvös Lóránd University, M. Sc. in Geophysics, Physics teacher.
Thesis: Numerical Modelling of Magnetoconvection, superv.: Prof. László Cserepes
1993 Móricz Zsigmond Secondary school graduation, advanced mathematics-physics
COMPUTER KNOWLEDGE
geophysics & modelling JewelSuite, GPlates, 2DINV, WinGLink, GAIA, MODFLOW,
FEFLOW,Aermod, proMax
GIS & remote sensing ESA Sentinel-1 Toolbox, ENVI, DORIS, ArcGIS, QGIS, Surfer,
Microstation, AutoCAD, ERDAS
GIS server/database ArcServer, GeoServer, PostgreSQL, Apache Solr
programming Python, C++, SQL, XML, PHP, R, Delphi, FORTRAN, AWK
sys admin & web Windows, Linux, Unix, WordPress.
OTHER
language Hungarian: mother tongue; English: fluent, Spanish: beginner
hobby paragliding, mountaineering, travelling, photography, reading
driving experienced driver with 4x4 vehicles

3. PAPERS, CONFERENCES, POSTERS, REVIEWS
2015 Kiss J., Madarasi A., Rádi K., Kovács A. Cs., Vértesy L., Püspöki Z., Redlerné Tátrai
M., Bujdosó É., Zilahi-Sebes L., Füsi B., Paszera Gy.: Mélyföldtani kutatások
geofizikai módszerekkel, „Az MFGI kiemelkedő tudományos eredményei 2014-ből”
tudományos előadónap, MFGI díszterme, Budapest, 2015. május 21.[eng.: Deep
structural exploration with geophysical methods, „Outstanding scientific results of the
MFGI in 2014”, MFGI ceremonial hall, 21 May 2015.]
Dinh Ho Tong Minh, Le Van Trung and Thuy Le Toan, Mapping ground subsidence
phenomena in Ho Chi Minh City through the ALOS PALSAR radar interferometry
technique, May 26, 2015 submitted to RemoteSensing (peer review)
2014 Füsi Balázs (2014): Modern távérzékelési eszközök alkalmazása a városi biztonság
fokozására. Geo.City — földtani módszerek alkalmazása az épített környezet
érdekében. Földtudományi újdonságok, Budapest, MFGI, 2014. június 4. [eng.:
Applying modern remote-sensing tools to enhance urban security. Geo City
Conference – Geological methods in the build-up environment. Earth Science
Novelties, Budapest, MFGI, 4 June 2014.]
Udvardi B., Kovács I., Kónya P., Szalai Z., Vatai J., Koloszár L., Fedor F., Horváth J.,
Ács P., Deák V. Zs., Füsi B., Mihály J., Németh Cs., Szabó Cs., Falus Gy., Fancsik T.,
Geotechnical properties and mineral composition of sediments from sliding zone at
Kulcs area, Magyar Geofizika, 2 October 2014
M. Mergili, I. Marchesini, M. Alvioli, M. Metz, B. Schneider-Muntau, M. Rossi, and F.
Guzzetti, A strategy for GIS-based 3-D slope stability modelling over large areas,
Published: 11 August 2014, Copernicus Publications on behalf of the European
Geosciences Union. (peer review)
2013 DelVentisette, C. et al., First results for the exploration of large archives of C-band
space-borne SAR data in the framework of DORIS Project, Remote Sensing Special
Issue
Füsi Balázs, Deák Zsuzsa Villő (2013): Modern távérzékelési és in-situ módszerek
komplex alkalmazása a felszínmozgások detektálására, megfigyelésére és
térképezésére. DORIS: Ground Deformation Risk Scenarios: an Advanced
Assessment Service. IX. Földtani Veszélyforrások Konferencia 2013. június 6–7.
(szóbeli előadás) [eng.: Applying modern remote sensing and in-situ measurements
to detect, monitor and map ground deformations. DORIS: Ground Deformation
Risk Scenarios: an Advanced Assessment Service. 9th Geological Hazards
Conference, 6-7 June 2013 (oral presentation)]
2012 Füsi, B., Madarasi, A., Landslide monitoring with combined methodology:
geoelectrical anisotropy, PSInSAR and high precision levelling in Dunaszekcső,
Hungary. Preliminary results of the DORIS project European Union Seventh
Framework Programme (FP7/2007-2013) under grant agreement n° [242212]. AGU
fall meeting, San Francisco, 3-7 December 2012. Poster.
Füsi, B., Geophysics and remote sensing in landslide management, Geoscience
Information Consortium (GIC) 27. Annual Meeting, Budapest, 2012
2011 Madarasi, A., Füsi, B., Prácser, E., Fractured granite investigation by surface
magnetotelluric and subsurface DC resistivity tomography, 6th Congress of Balkan
Geophysical Society, Budapest, 2011. oct. 3-6 (poster presentation)
2010 Madarasi, A., Füsi, B.,Prácser, E., Fractured granite investigation by surface
magnetotelluric and subsurface DC resistivity tomography. Poster, 20th International
Workshop on Electromagnetic Induction int he Earth (EMIW), Giza (Egypt) 18-24

4. Sept. 2010.
2009 Madarasi, A., Füsi, B., AMT experiences on granite rock – study of Bátaapáti nuclear
waste deposit site. Poster, IAGA 11th Scientific Assembly, Sopron.
Madarasi, A., Füsi, B., Results of geoelectrical tomography measurements in fractured
magmatic – study of Bátaapáti nuclear waste deposit site, Geophysical, Geological,
Mining, Fluid mining and Environmental Conference and Exhibition, Hungary, Pécs,
2009, Poster
2008 Füsi, B., Ground motions in Budapest according to PSInSAR measurements,
Conference of Young Scientists, poster (1st
prize)
2007 Füsi, B., Budapest PSInSAR dataset – First interpretations, 4th Terrafirma User
Workshop
Füsi, B., Ground motions in Budapest according to PSInSAR measurements, 6th
Ground Hazard Conference