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    +6222 2506282

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    08:00 to 17:00

Dr. rer. nat. Widodo, S.T., M.T.


Widodo received the doctoral degree in Applied Geophysics in 2012 from Cologne University, Germany. Currently he is working as a lecturer at Geophysical Engineering, Institute of Technology Bandung, Indonesia. His research is focused on geoelectric and electromagnetic methods application in mineral and oil exploration, geotechnical, agriculture geophysics, and environmental problem. At the moment, he is working on geothermal and hydrocarbon investigation, and innovation of electromagnetic measurement on the water.


Doctoral Degree Program, 2012, Doctor in Geophysics, Geoelectric and Electromagnetic, Institut für Geophysik und Meteorologie Cologne University, Germany.


  1. Widodo, Gurk M., Tezkan B., 2009, Site Effect assessment in the Magdonion Basin using RMT and TEM data, EMTF Proceeding ISSN 2190-7021.
  2. Widodo, Tezkan B.,, Gurk M., 2009, Site Effect assessment using RMT and TEM soundings on active Fault, EMIW Proceeding,
  3. Widodo, Tezkan B., Gurk M., 2010, Investigation on an Active Fault using RMT and TEM in Mygdonian Basin, Proceedings, Volume 1325, pp, 147-150 (2010)
  4. Widodo, Tezkan B., Gurk M., 2011, RMT and TEM Measurements on an Active Fault in Thessalonikhi, 21-24 February 2011, DGG (Deutschen Geophysikalischen Gesellschaft Gemainsam ) Proceeding.
  5. Widodo, Tezkan B, Gurk M, 2011. Investigation on an Active Fault using RMT and TEM soundings, Conggres des Doctorands Proceeding.
  6. Widodo, Tezkan, B., Gurk, M., 2013, Multidimensional Interpretation of Radiomagnetotelluric and Transient Electromagnetic Data Measured in The Mygdonian Basin, Northern Greece ,Journal Engineering and Geophysics.
  7. Widodo, Riyanti, S.W., Zakarsyi, A., Prabhataputra, A.,Parnadi, W.W.,  2013, Overview of geothremal prospect with magnetotelluric application in Mt. Batur , Bali , International Geothermal Conference Proceeding, Page 74.
  8. Widodo, Prabhataputra, A., Rahadinata, T.,Riyanti, S.W.,Parnadi, W.W.,  2013, Preliminary results of Magnetotelluric Investigations in Geothermal Prospect Area, Way Umpu, Lampung , International Geothermal Conference Proceeding, Page 73.
  9. Widodo, 2014, Aplikasi Baru Gabungan Metode Geolistrik dan Elektromagnetik untuk Eksplorasi Minyak dan Gas Bumi, JTM, submitted.
  10. Widodo, New Application in Hydrocarbon Exploration with Electromagnetic Method., (2014), PIT HAGI 39 Proceeding.
  11. Wahyudi W P, Widodo, Riyanti W S, Ahmad Z, Magnetotelluric Investigations in The Way Umpu Geothermal Prospect Area, Lampung Provience, Indonesia, International Journal of Technology, 2014.
  12. Widodo, Earthquake Disaster Mitigation of Lembang Fault West Java with Electromagnetic Method, American Institute of Physics (AIP) Proceeding 2015.
  13. Andriyan Saputra, Widodo, Muhammad Kholid,  Geothermal Exploration Using Audio-Magnetotelluric Method in Pariangan Tanah Datar, West Sumatera, American Institute of Physics (AIP) Proceeding, 2015.
  14. Iqbal Fauzi Aditama, Khalid Istiqlal Syaifullah, Durra Handri Saputera, Widodo, The application of ground-penetrating radar method for detecting buried human bodies on the Cikutra graveyard, Indonesia, American Institute of Physics (AIP) Proceeding , 2015.
  15. Widodo,  Joint Inversion of RMT and TEM data for Mapping Active Faults , Procedia Earth and Planetary Science,  Elseiver, 2015.
  16. Widodo, Tezkan, B., Nugraha, A.,   Analysis of the shallow structures of active fault zone suing 3D RMT data , Procedia Earth and Planetary Science, Elseiver, 2015.
  17. Widodo, Saputera, D.H., Improving Levenberg-Marquardt Algorithm Inversion Result Using Singular Value Decomposition, Earth Science Research, 2016.
  18. Widodo, Aditama, I.F., Syaifullah, K., Mahya, M.J., Hidayat, M., Detecting Buried Human Bodies Using Ground-Penetrating Radar, Earth Science Research, 2016.