ORCID 0000-0003-3977-994X      ResearcherID A-5493-2016    SCOPUS ID 6602784931

WORK ADDRESS
Penza State University
40 Krasnaya St., 440026 Penza
Phone: +79603186310
E-mail: timurashkina@mail.ru

ACADEMIC QUALIFICATION
Doctor of Engineering Sciences since 2001
Professor since 2002
Academician of Interregional Public Organization “Russian Academy of Cosmonautics named after K.E. Tsiolkovsky” since 2005
Corresponding Member of Russian Academy of Natural History since 2015

PRESENT POSITION
Engineer, Senior Engineer, First Rank Design Engineer, Leading Design Engineer, Senior Researcher, Associate Professor, Head of PSU Quality System Management Office, Professor

RESEARCH INTERESTS
• development, research and implementation of fiber-optic and optoelectronic sensors of physical quantities and systems based thereon for rocket-space and aviation technology;
• quality system management at universities

ACADEMIC AWARDS AND GRANTS
• Badge “Inventor of the USSR” – 1997
• Silver Medal and FIPS Diploma at the IX Moscow International Salon of Innovations and Investments for the project “Fiber-optic sensors for information-measuring systems of rocket-space and aviation technology”, Moscow, All-Russian Exhibition Centre – 2009
• Diploma and Medal “Russian Quality Leader” of the Russian Organization for Quality – 2010
• Diploma for the best report at the round table of the V International Forum “Quality assurance of professional education”, Moscow, Russian Academy of State service under the President of the Russian Federation – 2010.
• Silver Medal of XV International Salon of Inventions and Innovative Technologies “ARCHIMEDES-2012” for the development of “Fiber-optic sensors of physical quantities”, Moscow – 2012
• A. Nobel Medal and Certificate No. 00377 RAE – 2012
• Honorary title “Founder of the Scientific School on Fiber Optic Instrumentation” RAE – 2012
• Member of the Internet-Encyclopedia “Distinguished Scientists of Russia” RAE – 2012
• I Degree Diploma for the best report at the XII International Scientific and Practical Conference “Innovations Based on Information and Communication Technologies”, Sochi – 2015
• Honorary Worker of Higher Professional Education – 2015
• Diploma for the best plenary report at the XIV International Scientific and Practical Conference “Innovative, Information and Communication Technologies”, Sochi – 2017
• Badge of 3rd Degree Honor of Interregional Public Organization “Russian Academy of Cosmonautics named after K.E. Tsiolkovsky” – 2017
Scientific Supervisor of the Grants of the Ministry of Education and Science of President, RFBR:
• 2003: code A03-3.20-362 “Optimization of designs of optoelectronic linear displacement sensors based on the formation of a rational distribution of the luminous flux”;
• 2004: code А04-3.20-59 “Optimization of parameters of miniature semiconductor sensitive elements of pressure sensors based on the “silicon-on-isolant” structure;
• 2006-2008: Analytical departmental target program (AVTsP) “Development of scientific potential of higher education”, topic “Distribution of luminous flux in space of fiber-optical converters of physical quantities with an open optical channel” No. RNP.2.1.2.2827;
• 2010-2011: AVTsP “Development of scientific potential of higher education”, topic “Development of the theory of functioning of fiber-optic laser systems based on the identification of dynamic systems with distributed parameters” Reg. No. 2.1.2/937;
• 2011: Federal Target Program (FTP) “Scientific and scientific-pedagogical personnel of innovative Russia”, topic “Organizational and technical support of the All-Russian scientific school on Methods, technique and equipment for internal and external tests” State contract No. 14.741.11.0200 of June 24,2011;
• 2013: project No. 13-08-06847 mol_g organization of the All-Russian scientific youth school “Fiber-optic, laser and nanotechnologies in science-intensive instrument making”, dedicated to the 350th anniversary of the city of Penza, “SVET-2013”;
• 2014: Leading Scientific School “Fiber Optic Instrumentation” NSh-681.2014.10;
• 2015-2017: Research work “Research of physical processes occurring in the optical-mechanical system of fiber-optic flow sensors and aerodynamic angles” No. 15-08-02675
• 2018: RFBR grant No. 18-18-00015 “Publication of scientific work “Fiber-optic devices and systems: scientific developments of the Scientific and Technical Center “Nanotechnology of fiber-optic systems” of Penza State University
• 2018: State assignment for R&D “Development of new technologies for the production of radiation-resistant fiber-optic sensors with an open optical channel for information-measuring systems of rocket and space aviation technology based on new principles of converting optical signals in a micro-optical-mechanical system of measuring converters” 8.11785.2018/11.12 (Order of the Ministry of Education and Science of February 07, 2018 No. R-67).

TRAINING OF HIGHLY QUALIFIED PERSONNEL
15 Candidates of Engineering sciences

MEMBERSHIP IN PROFESSIONAL SOCIETIES
Academician of Interregional Public Organization “Russian Academy of Cosmonautics named after K.E. Tsiolkovsky” since 2005
Corresponding Member of Russian Academy of Natural History since 2015
Expert of Analytical Center for the Government of the Russian Federation since 2012
Science and Technology Expert since 2014
Member of RAE Expert Council in the field of technical sciences since 2016.
Expert of the system of independent assessment of the quality of education in higher educational institutions.
Member of the Dissertation Council D 212.186.02.
Scientific Supervisor of the scientific school “Fiber-optic instrumentation” since 1998.
Head of the Scientific and Technical Center “Nanotechnology of Fiber Optic Systems” since 2007.

MEMBERSHIP IN EDITORIAL BOARDS OF JOURNALS
Member of the Editorial Board of HAS journal “Modern High Technologies”
Member of the Editorial Board of the journal “Measurement Techniques”
Member of the Editorial Board of HAS journal "”University proceedings. Volga region. Technical sciences”

INVITED AND PLENARY REPORTS AT CONFERENCES
1. International Scientific and Technical Conference of Association “Union of Aviation Engine Building” (ASSAD) “Prospects for the development of pressure sensors for electronic control systems and diagnostics of aircraft gas turbine engines” Saratov, 2008
Report “Fiber-optic pressure sensors of attenuator type for aviation technology”
2. III International Forum “Quality assurance of vocational education”, Moscow, November 13-15, 2008, Russian Academy of Public Administration under the President of the Russian Federation
Report “Improving the quality management system of PSU”
3. I All-Russian scientific-practical conference “Devices for measuring, collecting and processing signals in information and control complexes”, Ulyanovsk September 6-10, 2011
Report “Development and implementation of fiber-optic measuring instruments on aircraft as a qualitative leap forward in domestic measuring technology”
4. International Conference “Information and Measurement Technology”, Korolev, November 18-22, 2013
Report “Introduction of fiber-optic measuring instruments on aircraft is a qualitative leap forward in domestic information and measurement technology”
5. VIII International Optical Congress “Optics-XXI Century” and Conference "”Optics and Education -2014”, October 23-24, 2014, St. Petersburg,
Report “An innovative approach to the formation and development of the engineering and scientific and technical potential of students and young scientists of Penza State University in the framework of the scientific school “Fiber-Optic Instrumentation” supported by the Presidential Grant
6. ASSAD Scientific and Technical Council “Problems of development of pressure sensors for advanced engines and assemblies” (Engels-19, Saratov region, 2016).
Report “Fiber-optic pressure sensors for rocket-space and aviation technology, developed by the Scientific and Technical Center (STC) “Nanotechnology of fiber-optic systems”
7. Conference “Innovative materials and technologies”, Main Directorate of Research Activities and Technological Support of Advanced Technologies (Innovative Research) of the Ministry of Defense of the Russian Federation (Patriot Exhibition and Convention Centre, Kubinka, Odintsovo District, Moscow Region), 2017
Report “Scientific and technical development of fiber-optic sensors for special equipment, carried out in the STC “Nanotechnology of fiber-optic systems”
8. Scientific and practical seminar “Prospects for FOS use in information and control systems of aviation and space complexes”, Moscow JSC Precision Instrumentation Systems, 2018
Report “Scientific development of PGU fiber-optic sensors for information and measuring systems of missile systems and aviation technology”
9. International Scientific-Practical Conference “Innovative Information Technologies” “I2T-2018” (Prague)
Report “Intellectual measuring system based of fiber optic sensors”

TOTAL NUMBER OF PUBLICATIONS: over 350

MAIN PUBLICATIONS
1. Murashkina T.I. Physical experiment technique and metrology. Textbook. Recommended by FIRO for students of Laser engineering and laser technology and Instrument making. St. Petersburg: Polytechnic, 2015. 138 p.
2. Badeeva E.A., Gorish A.V., Kotov A.N., Murashkina T.I., Pivkin A.G. Theoretical foundations for the design of amplitude fiber-optic pressure sensors with an open optical channel: Monograph. Eds. T.I. Murashkina and A.V. Gorisha. Moscow: MGUL, 2004. 246 p.
3. Krivulin N.P., Murashkina T.I. et al. Development of the theory of luminous flux distribution in the optical system of fiber-optic converters of physical quantities of reflective type: Monograph. Ed. Murashkina T.I. Penza: IIC PSU, 2008. 85 p.
4. Murashkina T.I., Meshcheryakov V.A., Badeeva E.A., Shalobaev E.V. Metrology. Measurement theory. Textbook and workshop for academic Bachelor's degree. Recommended by UMO VO. Ed. T.I. Murashkina, 2nd ed. Moscow: Yurayt Publishing House, 2016 155 p. Series: Bachelor. Academic
3. T. I. Murashkina, E. A. Badeevа, E. A. Shachneva, A. V. Motin, D.I.Serebryakov. Fiber-optic differenzial pressure sensor wiht a cylindrical lens. Journal of Engineering and Applied Sciences. 2016. Vol. 11. No. 13. P. 2867–2872.
4. E. A. Badeeva, T. I. Murashkina, M. M. Savochkina. Luminous flux control in a fiber-optic measuring transducer. Journal of Physics: Conference Series (JPCS): 012013 – January 2017. Vol. 803(1). The IV Mezhd. Conf. “Information technologies in the industry and production” ITBI – 2016 (21–23 September 2016, Tomsk).
5. T. I. Murashkina, A. V. Motin, E. A. Badeeva. Manufacturing technology of 2-axial fiber-optic accelerometer. Journal of Physics: Conference Series (JPCS): 012102 – January 2017. Vol. 803 (1). The IV Mezhd. Conf. “Information technologies in the industry and production” ITBI – 2016 (21–23 September 2016, Tomsk).
6. T.I. Murashkina, E.A. Badeeva, O. V. Yurova, D.I. Serebryakov, A.Yu. Udalov, K.D. Serebryakov, E.A. Shachneva. Metrological assurance of testing fiber-optical converters of angular micromovings. Biotechnosfera. 2016. No. 1 (43). P. 21-25.
7. S.A. Brostilov, E.A. Badeeva, T.I. Murashkina et al. Metrological model of differential fiber-optic pressure sensor with reflective attenuator. Design and Technology of Electronic Means. 2016. No. 2. P. 34-39.
8. T.I. Murashkina, T.V. Istomina, et al. Substantiation of the possibility of amplitude-phase conversion of signals in fiber-optic pressure sensors. INSTRUMENTS. 2017. No. 11. P.11-15
9. T.I. Murashkina, A.V. Motin, M.M. Chukareva, S.I. Torgashin. Technology of fabrication of sensitive element of the differential fiber-optic acceleration sensor. Measuring. Monitoring. Management. Control. 2017. No.4. P.38-44.