TABLE OF CONTENTS

 

COMPREHENSIVE PROVIDING OF COMPONENT FORCES OF DEFENSIVE

 

            EXACT SOLUTION OF TASKS OF DYNAMIC MODELING OF PROCESSES
IN SYSTEMS OF TRANSPORT LOGISTIC

5-13

O. Ugolnikov, B. Demianchuk, N. Kolesnychenko, O. Malinovsky.

ANALYSIS OF EXISTING TECHNIQUES FOR ESTIMATING THE EFFICIENCY
OF THE REAR SYSTEM OF A SEPARATE MECHANIZED BRIGADE DURING
THE CONDUCT OF BATTLE ACTIONS

14-20

I. Levchenko  

MATERIAL RESOURCES IN THE MILITARY LOGISTICS SYSTEM

21-27

V. Makhankov, A. Maltsev, A. Kupriniuk, V. Obertas

ANALYSIS OF THE FACTORS AFFECTING THE ORGANIZATION OF THE TECHNICAL SUPPORT OF THE UNITS AND THE MILITARY BASES DURING THE MOVEMENT, DURING THE OPERATION OF INCORPORATED FORCES

28-32

R. Bulgakov, B. Bordyian, P. Bordyian, V. Yarmolyuk, D.Maksymchuk

MODERN SYSTEM OF THE POWER SUPPLY OF THE MODULE TRANSPORT PLATFORMS OF GROUND ROBOTIC COMPLEXES FOR COVERT COMBAT ACTIONS           

33-38

V. Belіkov, O. Hryhoriev, S. Kovalishyn, I. Symonenkova

MODERN REQUIREMENTS FOR CAMOUFLAGEOF ARMING AND MILITARY MATERIAL WITH THE PNEUMATICDEVICE

39-45

O. Laznia, P. Trofimenko, S. Nikul, Y. Sinilo, L. Knaub

THE DETERMINATION OF THE PROSPECTIVE COMPOSITION OF THE POWER SUPPLY SYSTEM AS A PART OF COMBAT EQUIPMENT COMPLEXES OF SERVICEMEN OF MILITARY RECONNAISSAHCE UNITS OF THE ARMED FORCES OF UKRAINE

46-54

A. Honcharuk, V. Oleniev, V. Shlapak, V. Didyk, N. Oleniev

            THE FEATURES TO TAKE IN CONSIDERATION WHILE PLANNING THE EMPLOYMENT OF A MECHANIZED INFANTRY BATTALION AS A STABILIZATION FORCE UNIT

55-65

H. Kryvohuz

ACTIONS OF THE ARMY AVIATION DURING THE RAID BY THE AIR ASSAULT FORCES’ UNITS

66-72

V. Minasov, L. Kinderknekht, M. Smolyanyi           

THE USE OF PACKAGES OF DESIGN OF SYSTEM DYNAMICS OF CONTROL OF INVENTORIES IS IN PRODUCTION-POINT-OF-SALE ORGANIZATIONS OF SUPPLYING WITH MATERIAL AND TECHNICAL FACILITIES FOR MILITARY POWERS OF UKRAINE

73-76

R. Kolchin, I. Chaikin, L. Bykova

SCIENTIFIC PROBLEMS OF DEVELOPMENT OF COMPONENT FORCES OF DEFENSIVE

PROBLEMATIC ISSUES OF UKRAINE'S INFORMATION SECURITY UNDER HYBRID WARFARE

77-84

I. Saienko, А. Iefimenko, O. Rozmaznin, A. Iefimenko

 

INTERACTION OF FORCES AND FACILITIES OF RECONNAISSANCE AND FIRE DEFEAT IN THE COMBAT

85-91

R. Gevorgyan, K. Sviatokum, O. Bosyy, S. Grigorenko, O. Malyshkin         

            AN ALGORITHM FOR CONTRADIO-ELECTRONIC COUNTERING BY ON-BOARD STATION OF AN OPPONENT'S ACTIVE INTERFERENCE UNDER CONDITIONS OF CREATION OF ITS POLARIZATION INTERFERENCE AND A GENERAL APPROACH TO ASSESSING ITS PERFORMANCE IN AIR

92-101

O. Semenenko, O. Kablukov, O. Shkurpit, O. Sechenev, V. Mironenko

STRUCTURAL AND LOGIC DIAGRAM OF RESEARCH ON THE MILITARY-ECONOMIC SUBSTANTIATION OF THE RATIONAL NUMBER OF ARMED FORCES OF UKRAINE IN THE PROCESS OF FORMING THE PROGRAM OF THEIR DEVELOPMENT

102-110

V. Nazarkin, O. Semenenko, A. Efimenko, V. Ivanov

AUTOMATION OF THE DECISION-MAKING PROCESS FOR FIGHTING IN THE GROUND FORCES OF THE ARMED FORCES OF UKRAINE

111-118

L. Polishchuk, O. Klimovich, S. Bogutskiy

            DETERMINATION OF THE BASIC REQUIREMENTS FOR THE DESIGN AND TECHNOLOGICAL PROCESS OF MANUFACTURING AMMUNITION WEAPONS

119-130

T. Ivanov, M. Petrushenko, S. Kostіychenko, A. Ostrovsjkyj

APPLICATION OF TITANIUM OXIDE COATINGS FOR NEUTRALIZATION OF
HAZARDOUS CHEMICAL SUBSTANCES

 131-136 

О. Halak, N. Poltorak, О. Kravchuk, V. Synko, Y. Korol

MODERN METHODS FOR REDUCING AND OVERCOMING MIN DANGER FOR SHIPS (VESSELS) AND BOATS UKRAINIAN NAVY IN THE BLACK AND AZOV SEAS

137-146

A. Kobzar, V. Shcherbakan

APPROACH TO THE FORMATION OF RESULTS OF INFORMATION-COMPUTING TASKS, WHICH SOLVING AT THE COMMAND POSTS OF ARTILLERY UNITS

147-153

I. Pasko, M. Petrushenko, S. Nikul, Y. Sinilo, O. Budur

            MODERN PROBLEMATICS AND ANALYSIS OF EFFICIENCY OF APPLICATION OF DIFFERENT APPROACHES TO DESTRUCTION OF INFORMATION ON MAGNETIC MEDIA

154-164

O. Semenenko, O. Vodchyts, V. Koverga, R. Lukash, O. Lutsenko

            DIRECTIONS OF USE OF THE INFORMATION SYSTEM OF CONTROL AND ANALYSIS OF SPACE SITUATION IN THE INTERESTS OF THE ARMED FORCES OF UKRAINE

165-173

O. Chernyavsky

JUSTIFICATION OF THE CALCULATION ORDER OF EFFICIENCY INDICATORS OF ARMORED FIGHTING VEHICLES DAMAGING BY THE DIRECT FIRE OF PROSPECTIVE ANTI-TANK MEANS

174-177

V. Yakovenko, V.Khoma, O. Lyulka

METHODS OF DISTRIBUTION OF RESEARCH WORKS AMONG THE COLLECTIVES OF IMPLEMENTERS OF SCIENTIFIC PROJECTS HIGHER MILITARY EDUCATION INSTITUTIONS

178-187

R. Bulgakov, V. Golovanʼ, L. Knaub

PROBLEMS OF PREPARATION AND BECOMING OF MILITARY PROFESSIONAL

MODERN FEATURES OF FORMATION OF FOREIGN DISCURSIVE COMPETENCE IN HIGHER EDUCATIONAL CUSTOMERS AND OFFICERS

    188-198

L. Semenenko, E. Kolennikova, T. Akinina, V. Kulbashevsky, M. Naumenko

METHODS OF DISTRIBUTION OF RESEARCH WORKS AMONG THE COLLECTIVES OF IMPLEMENTERS OF SCIENTIFIC PROJECTS HIGHER MILITARY EDUCATION INSTITUTIONS

R. Bulgakov, V. Golovanʼ, L. Knaub

ABSTRACT

The article deals with increasing the efficiency of scientific project management in higher military educational establishments by introducing the method of distribution of research works among the teams of performers of scientific projects of higher military educational establishments, analyzes the load of scientific and pedagogical workers of typical structural units of higher educational establishments of higher educational establishments. Actions of the functional leader in the selection of the team of executors of the scientific project.

Specificity of scientific tasks in the military field is the need to overcome the uncertainties caused by the unpredictability of the enemy during combat. The complexity and multidimensionality of the problem of planning and managing the scientific and technical activities in the security and defense sector necessitate the improvement of existing planning and management mechanisms in the Armed Forces of Ukraine. Management activities of functional leaders is one of the important factors for the success and quality of scientific tasks.

In the teaching and research processes of higher military education there is a wide range of management entities. The content and scope of managerial functions of heads of departments, faculties and departments are defined in the relevant charters, guidelines and instructions. However, it is very difficult to identify the quantitative weight of each institution of management of the scientific-pedagogical system of higher education institutions and its structural units. The order of performing management functions during certain periods of activity is worked out by each entity, mainly independently, on the basis of personal experience, the choice of forms, methods and means of influencing the management object is, for the most part, a creative process.

One of the important aspects of the implementation of a scientific project that depends on the end result is the selection of the "right" team of project executors and the project resource, namely: specialists in the field of research, motivated by the result, able to achieve it by their competence, not overloaded with other work , plus - comprehensive security of the project.

In order to increase the effectiveness of management activities, to apply the management of the institution (the chief and his deputy for scientific work) by the apparatus, to qualitatively evaluate and make the right management decisions at the stage of appointment of the project manager and the team of executors of the scientific project, to determine the resource base and limitations in this particular scientific project, this technique is proposed. Management of scientific projects in all phases of their implementation - from order to implementation, is a priority direction of increasing the efficiency of the system of scientific and scientific-technical activity of the Armed Forces of Ukraine. The implementation of the algorithm of selection of the team of executors of the scientific project is an effective mechanism for optimizing the decision-making process by functional managers in the early stages of scientific projects.

KEYWORDS

Project management, scientific project management, management algorithms, models and mechanisms of scientific and technical activities management, higher military educational establishments.

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REFERENCES

On approval of the Regulations on the organization of scientific and scientific-technical activities in the Armed Forces of Ukraine: Order of September 27, 2016 under No. 385: https://zakon.rada.gov.ua/laws/show/z1172-16.

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Bulgakov R. (2016). Specificity of scientific projects in higher military educational establishments and models of their management. Collection of scientific works. Odessa: VA. Vol. 2 (6). Pp. 172-179.

Bulgakov R., Golovan V. (2017). Scientific aspects of the management of military-scientific projects. Prospects for the Development of Weapons and Military Equipment of the Land Forces: Coll. abstracts International scientific-technical. Conf., May 11-12, 2017 Lviv: NASW. P. 297.

Bulgakov R., Golovan V., Bordian V. (2018). Substantiation of necessity of correction of existing model of scientific project management in higher military educational establishments. Project Management in Society Development: Project Management in the Transition to a Behavioral Economy: Theses Suppl. XV International Scientific Pract. Conf., May 18-19, 2018. Kyiv: KNUBA. pp. 44–45.

 

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