[...projects]


A.V.Doroshin is the head of the following research projects & grants:


Projects of the Russian Science Foundation:

  • 19-19-00085 "Detecting and eliminating the chaos in processes and in the motion of space systems with a complex structure" (2019-2021, 2022-2023)



Projects of the Russian Foundation for Basic Research:

  • RFBR #19-08-00571-А "Analysis and synthesis of regular and chaotic regimes of angular motion of spacecraft with variable configuration and moving elements" (2019-2021)


  • RFBR #15-08-05934-А "Analysis and synthesis of regaular and chaotic regimes of the attitude dynamics of compound spacecraft, gyrostats and nanosatellites with multi-rotor gyroscopic actuators" (2015-2017)


  • RFBR #11-08-00794-A "Dynamics and control of angular motion of spacecraft and nanosatellites with multirotor gyroscopic systems" (2011-2013)


  • RFBR #06-08-00325-A “Dynamics of motion of coaxial spacecraft with variable composition” (2006-2007)




Projects of the Ministry education and science of the Russian Federation in the framework of the design part of the State Assignments to higher education institutions and research organizations in the field of scientific activity:

  • Project #9.1616.2017/ПЧ "Developing of fundamental principles for the analytical synthesis of regular and chaotic processes in the spacecraft dynamics" (2017-2019)


  • Project #9.1004.2014/K "Developing transportation and control of the space information system based on the large diffraction membrane on the geostationary orbit" (2014-2016)




Research Projects of the Joint Stock Company Space Rocket Centre Progress (TsSKB-Progress):

  • Project 219x-012 "Developing the design and the control system for the spacecraft with variable inertia-mass parameters of the special equipment" (2013-2016)




Russian Federation President Program for support of scientist and leading scientific schools of Russian Federation - Personal Grants of the President:

  • MK-1497.2010.9 – “Regular and chaotic motion of multirotor rigid bodies systems and gyrostats” (2010-2011).


  • MK-516.2008.8. – “Dynamical process and attitude motion of dual-spin spacecraft with solid-propellant and liquid jet-rocket engines” (2008-2009).


  • MK-4707.2006.8– “Motion dynamics of the coaxial spacecraft and gyrostats with variable composition” (2006-2007).


  • MK-2263.2004.8 – “Stabilization of a reentry spacecraft by a partial spin-up” (2004-2005).




Design projects and technical prototypes building for the exposition of scientific development activity of SSAU:

  • "Multirotor gyroscopic equipment and the system for the attitude control of spacecraft" (2012)