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Mechanic, Robotics, Space Engineering



Name: Valery Volov
Date of birth: 07.11.1961
Family status: Married
Address: Im Holder 5, 69231 Rauenberg, Germany
Telephone: 06222/587930
Tel. Mobil: 0171/1229355
E-mail: v_volov@online.de


Education:

1979-1985 St. Petersburg State Polytechnical University
Speciality: Wheel und track maschines
Qualification: Mechanical engineer

1995-1998 Has been awarded the scientific degree of Doctor of philosophy in technical sciences (Ph.D.)

Increase of qualification:

01.02.2009-19.06.2009 Courses of qualification increase at "Alfatraining" on a speciality:
CAD course "Pro/Engineer WildFire4".
CAD course "CATIA V5 3D".
CAD course "CATIA V5 curface".

06.10.2003-22.01.2004 Courses of qualification increase at Berlin Teles European Internet Academy (TEIA) on a speciality "Java & Webapplications"

Vocational experience:

Technical design Development of electromechanical drives.

Tests Concept and methodology of the test procedures.

Software development Software for computations and the automation of experimental equipment (Basic, Fortran, C); Software for Internet (HTML, Java).

Computations Use of the finite element method (FEM) for computations of the natural frequencies and the modes of motion of mechanical constructions.

Past employers:

Seit 2005 GIM Gesellschaft für Innovative Marktforschung

1985-2002 Russian Mobile Vehicle Engineering Institute (VNIITRANSMASCH) (St. Petersburg).

Projects:

02.2005-06.2005 Project "Solar power model with data logger".

24.09.2004 Development of a highspeed precision guided pan/tilt head.

16.03.2004 Development of webaplications for computations of robotics.

2000-2002 Development of an electromechanical lift as an entering assistance for disabled person in special passenger cars.

2000-2002 Development of electromechanical drives for the deployment of large satellite reflector.

1996-2002 Development of a precision guided platform intended for orientation of scientific devices and for stereoscopic schooting and mapping of planet surfaces as well as for experiments on board the space station "Mir" and the international space station "ISS".

1996-2000 Development of co-operation robots "SRTK" for the atomic industry.

1985-2002 Development of the planet-rovers with different movement drives (wheel -, wheel-walking -, jump drives) for exploration of the planet surfaces (Mars, Phobos) as well as cooperation at projects of the development of the robot prototype of the planet rover by order of the Europe space agency "ESA" and national space agency "CNES".

1999-2001 INTAS-CNES project "Development of the Mars-rover concept".

1986 Development of the special transport robot "STR-1" for liquidation of the consequences of the Chernobil atomic station accident (decontamination of the roof from radioactive waste).

1985-1993 Development of a system for the attachment and deployment of the on-board manipulator for the space orbital vehicl "Buran".

1985-1995 Software development for the automation of experimental eguipment in the KAMAK standard. Software development for the evaluation of data with statistic methods (Basic, Fortran, C).

Special qualifications: CAD Tools: AutoCad 2000, Pro/E, CATIA; Office programms; Mathcad; Programming languages: HTML, JavaScript, Java.

Links: Some last international publications

Paper of the dissertation

05.07.2010 My translation from Russian to German of the article "Physical model of the isolated civilization". This very interesting work was written by Russian engineer, scientist and Soviet dissident V.Lashkin in 1985 and covers the mathematical interpretation of the sociology.
Abstract:
V.Lashkin. Physical model of the isolated civilization
It is given a notion of the abstract mathematical model of the closed (isolated) human society.
The assumed system considers two real existent objective processes. One is named the process of the structural evolution, second is the process of the alienation. Both processes are bound through the continually operating mechanism of the commodity-money relations. The processes are characterized quantitatively through two non-dimensional piecewise continuous and piecewise differentiable phase parameter.
The work shoes, that altogether 15 types of the social phase conversions may exist.
In the conclusion of the work there is a mechanical geometrical analogy of the social evolution.

29.07.2005 Publication of the article "Das Präzisieren der Formel für die Zugkraft bei Rollreibung" in the journal "Technische Mechanik" bei Institut für Mechanik (Magdeburg).

Objective: 1. Researcher (spacefield and robotics))
2. Technical designer, test engineer (spacefield and robotics and mechanical engineering)
3. Software development engineer
4. Support with exercises for students in the subjects mathematics, physics, technical mechanics, strength theory and hydraulics

Rauenberg, Germany


The first beginnings of the Soviet Moon-rover "Lunokhod"


           


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