Резюме: Тестировщик-редактор
CURRICULUM VITAE
Objective: the position of the Russian Localization Assistant with RWB.
1.0 BIODATA
Name (in full): Georgy (George) S. BELOGLAZOV
Phone Number: +66 927070248
Sex: male
Place of Birth: Perm, Russia
Nationality: Russian
Marital Status: married
2.0 EDUCATION BACKGROUND
Dates Institutions attended Awards
16.05.2023-30.05.2023 TEFL 120-h course (Bangkok) Certificate (below)
30.12.2001-29.12.2004 Postdoctoral: Perm university
13.10.1993-13.01.1994 Fellowship in London university (Research in Chemical
Physics/NQR at the Faculty of Chemistry) by the kind charity of The British Council
01.11.1991-22.11.1991 Fellowship in Oxford university (British History, Literature &
Culture) by the kind charity of Mrs. Beatrice Webb Foundation
11.11.1981-10.11.1984 Postgraduate: Kaliningrad university PhD. Maths.
& Physics.
01.09.1976-30.09.1981 Undergraduate: Perm university MSc. Phys.
(& Teacher)
3.0 WORK EXPERIENCE/EMPLOYMENT
1. The most recent work experience:
Dates Positions
17.03.2025-28.03.2025 Technical Russian-English Two-Way Consecutive Interpreter.
15.08.2023-31.10.2024 Teacher of English, Math & Physics in Bangkok (Debsirin School, M3-M5). Invigilating quizzes and examinations. Developing, preparing and conducting classes. Leading scientific research projects conducted by students.
11.05.2018-01.08.2023 Teacher of English, Math and IGCSE Physics in Bangkok (Private International Projects – high school, Y/G 8 – Y/G 12). Developing, preparing and conducting classes including laboratories in Physics. Preparing, invigilating, marking and reporting quizzes and examinations.
2. Previous work experience:
Dates Positions/Details
03.02.2018-03.02.2018 Assoc. Prof. – English Language Consultant at Kasetsart University (Bangkok), lecturer for Master candidates in the subject of Fluid Dynamics (with the duties of preparing & reading lectures, also developing the final examination).
07.08.2017-23.12.2017 Teacher of Physics at IGCSE school in Bangkok. Labs; compiled & arranged the wall display with basic ideas & portraits of prominent physicists. Developing, preparing and conducting classes including laboratories in Physics. Preparing, invigilating, marking and reporting quizzes and examinations.
01.03.2010-11.03.2016 Assoc. Prof. in the University of Dodoma (Math for physicists. Computational Physics - Tanzania). Developing and preparing curricula (syllabi), conducting lectures and tutorials in Mathematical Physics including laboratories in Computational Physics. Preparing, invigilating, marking and reporting quizzes and examinations.
15.03.1995-30.09.1995 Head of Russian-English Translating Group. Upgrading the staff skills with computer translating aids (CAT). Personal Assistant & Communicator to the Company Head.
25.01.2001-31.08.2002 Associate Professor at Prikamski Social Institute (Moscow Open Social University) Perm – ICT, Internet skills, COMPUTER LINGUISTICS (Lectures & Labs).
07.07.2002-22.08.2004 Post-Editor of computerized translations (SAP subject) – PROMT, Novasoft.
01.01.2005-14.02.2010 Assoc. Prof. at Perm State Pharmaceutical Academy (Physics, ICT). Developing, preparing and conducting lectures, laboratory works and tutorials in General Physics. Preparing, invigilating, marking and reporting tests and examinations.
01.04.1999-31.07.2004 Associate Professor at Prikamsky Sotsialny Institute (PSI MOSU, Perm / Russia) / Computer Linguistics (with suitable laboratory works); Basic ICT (with relevant laboratory works); The Art of Finding Information in the Internet (with suitable laboratory works). Developing and preparing curricula (syllabi), conducting lectures and laboratory practice. Preparing, invigilating, marking and reporting tests and examinations.
15.09.1995-16.07.1996 Personal Assistant to TACIS Regional Senior Advior.
16.07.1996-31.12.1999 Office Manager of Perm-Denmark Representation Office.
Identifying and matching business partners, preparing workshops and business delegations representing European business to Urals potential partners (prospects). Vzisa & travel management, cultural programs. Successful projects with imported automated sauce line. Successful hi-tech Navigation Project. Importing Traffic Mirrors from Denmark project.
01.01.1985-29.12.2004 Senior Lecturer, then Assoc. Prof. (Perm State University,
Russia) / Mechanics, Oscillations & Waves, Electricity (Electrostatics, DC, AC); Molecular Spectroscopy, Atomic & Nuclear Physics (Isotopes etc.); UHF Electrodynamics; Developing and preparing curricula (syllabi), conducting lectures and tutorials including laboratories in Atomic Physics. Preparing, invigilating, marking and reporting quizzes and examinations.
6.1. Publications in recognized /referred journals:
1.1. G.S. Beloglazov, A.A. Sikachina, S.M. Beloglazov. Modelling macroscopic properties of organic species on the basis of quantum chemical analysis (on an example of inhibiting efficiency of ureides and acetylides against corrosion) // Solid State Phenomena (ISSN 1662-9779). 2015, V. 225, P. 7–12.
6.1.2. Beloglazov G.S., Beloglazov S.M. Quantum chemical study of efficient inhibitors of hydrogen absorption by steel and biocides against SRB // Vestnik Severo-Ukrainskogo Universiteta (Herald of North-Ukraine University, VSUNU), 2013, V. 13, No. 3, 6 P.
6.1.3. G.S. Beloglazov. Quantum Chemical Calculation of Corrosion Inhibitors with Biocide Action // Practical Anti-Corrosion Protection (ISSN 1998-5738) // 2012. No. 3 (65). P. 8 – 15 (in Russian; this journal is recognized and referred by the Supreme Attestation Commission of Russian Federation).
6.1.4. G.S. Beloglazov. Quantum chemical study of organic inhibitors of corrosion and hydrogen absorption // Materials Science. 2012. V. 12, No. 2, P. 5 – 18.
6.1.5. G.S. Beloglazov. Study of the Derivatives of Diarilglycolic acids as Inhibitors of Corrosion and Hydrogen Absorption of Steel // Proc. East Ukranian University. Severodonetsk. 2012, V. 17 (188), P. 103 – 108 (in Russian).
6.1.6. S.A. Teryusheva, G.S. Beloglazov, S.M. Beloglazov. Experimental and Quantum Chemical Study of Quinone Derivatives as Inhibitors of Corrosion and Hydrogen Absorption by Steel // Solid State Phenomena. 2012. V. 183. P. 249–255. (ISBN 978-3-03785-320-7).
6.1.7. G.S. Beloglazov, S.A. Teryusheva, S.M. Beloglazov. Quantum chemical modelling of inhibiting corrosion action and action against hydrogen absorption action of hydroquinone derivatives // Physical Chemical Mechanics of Materials. 2012. V. 48 (in Russian).
6.1.8. S.A.Teryusheva, G.S. Beloglazov, S.M. Beloglazov. 1,4-Benzoquinone derivatives as inhibitors of corrosion and hydrogen absorption of steel at presence of SRB // Proc. Samara State univ. Series: Natural Sci. 2011. Issue 5. P. 138 – 145 (in Russian).
6.1.9. Teryusheva S.A., Beloglazov G.S., Beloglazov S.M. Experimental and quantum chemical study of quinone derivatives as inhibitors of corrosion and hydrogen absorption by steel. // Advances in Materials Science. 2011. V. 11. No. 3 (40). P. 42 – 49.
6.1.10. Teryusheva S.A., Beloglazov G.S., Beloglazov S.M. Quantum chemical modeling of the mechanism of action of inhibitors of corrosion and hydrogen absorption by steel based on the derivatives of 1,4-quinone at the presence of sulphate reducing bacteria // Proc. Samara State univ. Series: Natural Sci. 2011. Issue 2 (83). P. 184 – 189 (in Russian).
6.1.11. Beloglazov S.M., Gorilenko N.N., Beloglazov G.S. Microbiological corrosion of mild steel at the presence of sulphate reducing bacteria: The influence of inhibitors and stimulators of hydrogen absorption. Corrosion in natural and industrial environments: Problems and industrial solutions (Grado) 1995. P. 211-218.
6.1.12. S.M.Beloglazov, G.S.Beloglazov, S.N.Uss. Relation between electronic structure of organic inhibitors with their efficiencies against corrosion and hydrogenation of metals // Russ. J. Phys. Chem. 1992, V. 66, P. 1101-1103 (in Russian).
6.1.13. S.M.Beloglazov, L.K.Yagunova. G.S.Beloglazov. Inhibitor of acidic corrosion of steel based on solution of sulphite-cellulose leach liquor and morpholine // Russ. J. Appl. Chem. 1989, V. 62, No. 1, P. 66-70 (in Russian).
6.1.14. G.S.Beloglazov, V.P.Anferov, V.M.Mikhalkov. Quadrupole Resonance of 10B and 11B Nuclei in Na2B4O7 10H2O // Russ. J. Chem. Phys. 1984. V. 58. No. 11. P. 2863–2865 (in Russian).
6.1.15. G.S.Beloglazov, V.S.Grechishkin. Frequencies and Intensities of NQR Transitions for Spin Numbers 4, 5, and 6 // Russ. Proc. Higher Educ. Establ. 1983. No. 7. P. 6–10 (in Russian).
6.1.16. G.S.Beloglazov, V.S.Grechishkin. Line Intensities in NQR-NMR Spectra of 10B-containing Species // Russ. J. Phys. Chem. 1984. V. 58. No. 9. P. 2254–2259 (in Russian).
6.1.17. G.S.Beloglazov, V.S.Grechishkin. Computer Modelling of NQR and NQR-NMR DRLC Spectra of Species Containing NH2-groups // Russ. J. Struct. Chem. 1984. V. 25. No. 3. P. 61–66 (in Russian).
6.1.18. G.S.Beloglazov, V.S.Grechishkin. Frequencies and Intensities of NQR Transitions for Spin Numbers 4, 5, and 6 // Russ. Proc. Higher Educ. Establ. (Dep. VINITI, No. 1582-83). 1983. 20 p. (in Russian).
6.1.19. Beloglazov G.S. Selection Rules in NQR of Integer Spins and Analytical Approximation of the Dependencies of Frequencies and Line Intensities on Assymetry Parameter for NQR of Spins 4, 5, 6 // Russ. Proc. Higher Educ. Establ. (Dep. VINITI, No. 6765-84). 1984. 36 p. (in Russian).
6.1.20. Beloglazov G.S. Zeeman Effect in NQR and NQR-NMR Spectroscopy of Integer Spins // Russ. Proc. Higher Educ. Establ. (Dep. VINITI, No. 6810-84). 1984. 56 p. (in Russian).
6.1.21. Anfyorov V.P., Beloglazov G.S., Surkov V.N. Sofware for NQR Data bank // Russ. Proc. Higher Educ. Establ. (Dep. VINITI, No. 6229-85). 1985. 33 p. (in Russian).
6.1.22. Anfyorov V.P., Beloglazov G.S., Grechishkin V.S. Automatic Interpretation of the Double Nuclear Quadrpole Resonance Spectra of 10B // Russ. J. Phys. Chem. 1986. V. 60. No. 11. P. 2750–2755 (in Russian).
6.1.23. Anfyorov V.P., Grechishkin V.S., Beloglazov G.S. Intensities of Spectral Lines for Integer Spins // Russ. Proc. Higher Educ. Establ. 1986. V. 29. No. 12. P. 3–9 (in Russian).
6.1.24. S.A.Teryusheva, S.M.Beloglazov, G.S.Beloglazov. 1,4-hydroquinones as inhibitors of corrosion and hydrogen absorption by structural steel in media with sulfate reducing bacteria // Practical Anti-Corrosion Protection // 2008. No. 4 (50). P. 60 – 65 (in Russian).
6.1.25. Beloglazov G.S., Beloglazov S.M. Quantum Chemical Study of Adsorption of Organic Inhibitors of Corrosion of Al on Al2O3 and Al(OH)3 Surfaces // EUROCORR2015, Pisa.
6.1.26. G.S. Beloglazov, S.M.Beloglazov, O.D.Gladysh. Quantum chemical study of corrosion inhibitive action of organic substances // Proc. EUROCORR’91: 7th International Congress on Corrosion. Budapest, 1991.
6.1.27. G.S. Beloglazov, V.L. Gein, M.V. Chirkova. Morpholine, antipyrine, and pyrroline derivatives as inhibitors of sulfide corrosion of mild steel: PM3 study // CORROSION2015, Vienna. 32.
6.1.28. G.S. Beloglazov. Quantum chemical computation of herbicides and biocides characterised by corrosion inhibitive action // Practice of anti-corrosion protection. 2010, No. 4 (58), PP. 5-14 (not included in previous CVs or annual reports). In Russian.
6.1.29. G.S. Beloglazov, S.M. Beloglazov. Quantum chemical study of morpholine derivatives as inhibitors of sulfide corrosion of steel at presence of SRB // Practice of anti-corrosion protection (ISSN 1998-5738). 2014, No. 1 (71), PP. 26-28 (not included in previous CVs or annual reports). In Russian.
6.1.30. S.M. Beloglazov, G.S. Beloglazov. Electrochemical hydrogen in metals – can we effectively control this harm? // Solid State Phenom. 2015, V. 225. – P. 1–6.
6.1.31. Zelentsova V.A., Beloglazov S.M., Beloglazov G.S. Inhibiting corrosion and absorption of hydrogen by steel in salt-water media containing biogenic H2S. Comparison of experimental and theoretically computed data // Practical Anti-corrosion Protection (in Russian). 2016. P. 30-32.
6.1.32. S.M. Beloglazov, V.A. Zelentsova, A.G. Berezhnaya, L.G. Knyazeva, G.S. Beloglazov. The use of chiral anionic Co(III) complexes as inhibitors of corrosion and hydrogen absorption in water–salt media containing biogenic hydrogen sulfide // Int. J. Corros. Scale Inhib., 2020, 9, No. 4, 1277-1286 PDF (507 K). doi: 10.17675/2305-6894-2020-9-4-6 (ISSN 2305-6894).
6.3. Published Books:
6.3.1. G.S.Beloglazov. Experimental and quantum chemical approaches to explaining adsorption and protective action of inhibitors of corrosion of metals and hydrogen absorption by metals. – Lambert Academic Publishers. – ISBN 978-3-659-36440-2. – 2013. – 168 p. (in Russian).
6.3.2. Andreyev A.A., Dolgopolov M.V., Beloglazov G.S. e.a. Mathematical Physics Olympiad: problems and solutions / The students training contest Olympiad in mathematical and theoretical physics (May 21st – 24th, 2010). // Modern Problems of Mathematical Physics. Special Issue No. 3. Samara: Samara University Press. May 2010. – 62 p.
6.3.3. Mathematical Physics: Problems & Solutions / All-Russia Students Training Olympiad on Mathematical & Theoretical Physics by Correspondence
(May 21 – 24th, 2010). Special Issue No. 4 of the Series «Modern Problems in Mathematical Physics». Samara: Samara University Press, 2010. 88 p. (in Russian).
6.3.4. Bobrik A.L., M.V. Dolgopolov M.V., G.S.Beloglazov e.a. Mathematical Physics Olympiad-2009: Problems and Solutions // Modern Problems of Mathematical Physics. Special Issue No. 2. Samara: Samara University, May 2010. 32 p.
6.3.5. G.S.Beloglazov. Organic inhibitors of corrosion of metals: quantum chemical study, also inhibitors of hydrogen absorption by steel. – Saarbruecken, Lambert Academic Publishers. ISBN 978-3-659-39656-4. – 2013. – 67 p.
6.3.6. G.S.Beloglazov. Nuclear quadrupole resonance of isotopes with integer spin. – Saarbruecken, Lambert Academic Publishers. ISBN 978-3-330-02403-8. – 2016. – 50 p. (in Russian)
6.3.7. G.S.Beloglazov. Nuclear quadrupole resonance of isotopes with integer spin. – Saarbruecken, Lambert Academic Publishers. ISBN 978-3-330-03873-8. – 2017. – 53 p.
6.4. Thesis and Dissertation
6.4.1. Experimental and Quantum Chemical Approaches to Explaining Adsorption and Protective Action of Inhibitors of Corrosion and Hydrogenation of Metals. Dodoma, 2017. - 223 p.
6.4.2. NQR of Isotopes with Integer Spin Number. Kaliningrad, 1985. - 150 p.
6.5. Methodological and Compendia for Students:
6.5.1. G.S.Beloglazov. Fluid Mechanics (PH314): Compendium for 1st year students. Dodoma: UDOM. 2012. 65 p.
6.5.2. G.S.Beloglazov. Mathematics for Physicists, Part 1 (PH121): Compendium for 1st year students. Dodoma: UDOM. 2014. 23 p.
6.5.3. G.S.Beloglazov. Computational Physics (PH224): Compendium for 2nd year students. Dodoma: UDOM. 2014. 24 p.
