A Conceptual Approach to Managing Labor Resources in the Maritime Industry
Keywords:Labour resources, crew of marine vessels, minimum crew, maritime industry, project team, project management team, crewing company.
Motivation: More than 70% of accidents in the fleet are due to the "human factor" - a wide range of psychological and psychophysiological qualities of the person, which in some way affect the result of its operations. Statistics of major ship accidents in recent decades show that not a single element of the shipping system is aloof from them. That is ship crews, shipowners, charterers, consignees, classification societies and other organizations associated with maritime transportation form a â€œchainâ€ of risk. The correct combination of human abilities and machine capabilities significantly increases the efficiency of the "person - machine" systems and determines the optimal use by a person of technical means for their intended purpose. Unfortunately, an adequate model that would allow both quantitative and qualitative optimization of the project team, especially in conditions of incomplete determination of the volume of work, today does not exist. In addition, the existing methods do not take into account the specifics of the formation and conditions for the implementation of projects by such teams as the ship's crew, namely the increased level of danger, the inability to make replacements during the voyage, the international composition, the language barrier, etc. In this context, the issue of human resources management as a basic element of achieving the efficiency of project implementation in the field of maritime transport is also urgent, which implies an emphasis on the problem of project-oriented management of crewing and activity of the crew of marine vessels. The issue of clarifying the role, importance and key elements of HRM strategies and policies in the implementation of these projects requires special consideration. The aim of the study is to develop methodological approaches for the forming of quantitative and qualitative composition and effective management of project teams, as a variable component of the project management system of marine vessels.
Novelty: Develop methodological approaches for the quantitative and qualitative composition of project teams, as a variable component of the project team on the example of crews of marine vessels. The task of acceptability of the structure, quantitative and qualitative composition of the team was solved. The terminological base of project management was developed by more clearly defining the concepts of â€œproject teamâ€ and â€œproject management teamâ€. The approach to the organization of the crewing company recruitment system to work on ships was proposed.
Methodology and Methods: In this scientific research to achieve the objective and test the hypotheses suggested in the research paper was used: 1) project teams methodology in project management, in particular, the Project Management Institute Classification (2017) of types of teams in the organizational structure of complex projects and in their management and the taxonomy of SNCB Version 4.1 are designed to provide a comprehensive professional assessment of the level of training of project managers; 2) method for calculating the size of the project team is based on the condition of minimizing its number, which reduces operating costs for the implementation of the project by the Ringelmann effect is known - a formula that provides the ability to quantify and optimize the parameters of the project team; 3) the method of planning of the minimum crew of The International Association of Sea Pilots considering the role of the â€œhumanâ€ element in preventing accidents and environmental pollution (the ISM Code and the STCW Convention 78/95 as amended).
Data and Empirical Analysis: For the purpose of the study, data were collected and empirical analysis was conducted concerning the analysis of the accident rate of ships and crews for 2009-2019 (causes of accidents: damage to the case and mechanisms; clash; shipwreck and landing; fires and explosions; submergence; contact with the ground; varied; hostilities), that can have a result severe damage or loss of the ship.
Policy Considerations: Human factor is the most important aspect that determines the efficiency of shipping development; maintaining of technical and technological processes of the ship puts certain requirements to the quantitative and qualitative composition of the team, deviation from which leads to the occurrence of certain risk events; formation of an effective model of ship's crew manning is the main link in ensuring effective shipping project management.
Baumann, Daniel T. ed. 2010. Swiss National Competence Baseline (Swiss NCB) Version 4.1. Glattbrugg: VZPM.
Blickstein, Irv, John Yurchak, Bradley Martin, Jerry Sollinger, and Danny Tremblay. 2016. Navy Planning, Programming, Budgeting and Execution. Santa Monica, Calif.: RAND Corporation.
Boyko, Victor, Nicolay Rudnichenko, Sergey Kramskoy, Yevhen Hrechukha, and Natalia Shibaeva. 2017. “Concept Implementation of Decision Support Software for the Risk Management of Complex Technical System.” Pp. 255-269 in Advances in Intelligent Systems and Computing, edited by N. Shakhovska. Cham: Springer.
Button, Robert, Bradley Martin, Jerry Sollinger, and Abraham Tidwell. 2015. Assessment of Surface Ship Maintenance Requirements. Santa Monica, Calif.: RAND Corporation.
Chaal, Meriam. 2018. “Ship operational performance modelling for voyage optimization through fuel consumption minimization”. PhD dissertation, World Maritime University, Malmö.
Futurenautics. 2018. Crew Connectivity 2018 Survey Report. Retrieved November 6, 2019 (http://www.navarino.co.uk/wp-content/uploads/2018/04/Crew_Connectivity_2018_Survey_Report.pdf)
GMF. 2018. Global Maritime Issues Monitor. Retrieved November 6, 2019. (https://www.globalmaritimeforum.org/content/ 2018/10/Global-Maritime-Issues-Monitor-2018.pdf)
Ilina, Elena L., Konstantin A. Miloradov, and Andrey P. Kovaltchuk. 2019. “‘Green Hotel’: Concepts and Implementation.” Journal of Environmental Management and Tourism 10(2): 300-306.
International Labour Office. 2019. Maritime Labour Convention, 2006, as amended. Retrieved November 6, 2019 (https://www.ilo.org/wcmsp5/groups/public/---ed_norm/---normes/documents/normativeinstrument/wcms_554767.pdf)
International Maritime Organization. n./d. International Convention for the Safety of Life at Sea (SOLAS), 1974. Retrieved November 6, 2019. (http://www.imo.org/en/About/ Conventions/ListOfConventions/Pages/International-Convention-for-the-Safety-of-Life-at-Sea-(SOLAS),-1974.aspx)
Kalvaitien?, G. and V. Sen?ila. 2019. “Ship as a Social Space for Adaptation: Perception of the Phenomenon by Young Seafarers.” The International Journal on Marine Navigation and Safety of Sea Transportation 13(3): 635-640.
Kramskoy, Sergey A. 2015. “Use of the competency approach in determining the minimum crew of the vessel.” Bulletin of National Technical University “KhPI” 1110(1): 134-139.
Kramskyi, Sergiy O. 2014. “Models and methods of forming project teams on the example of the crew of a ship.” PhD dissertation. Odessa National Maritime University, Odessa.
Kramsky?, Sergiy O., Oleg V. Zakharchenko, Aleksandr V. Darushin, Olena V. Bileha, and Tetiana P. Riepnova 2019. “The Method of project team formation on the example of the
ship’s crew.” International Journal of Innovative Technology and Exploring Engineering 8(10): 521-526.
Lanchukovskyi, V. 2009. “Formal assessment and forecasting of the safety of the technical operation of the vessel.” Shipping 1-2: 9-10.
Lovyagin, R. M. 1997. “Crew.” Pp. 1890-1997 in Brockhaus and Efron Handbook: in 86 volumes, edited by K. K. Arseniev and F. F. Petrushevsky. St-Peterburg: Tipo-Lithography by I. A. Efron.
Lyridis, Dimitrios V., Nikolaos P. Ventikos, Panayotis G. Zacharioudakis, Konstantinos Dilzas, and Harilaos N. Psaraftis. 2005. “Introduction to an innovative crew composition approach based on safety/operational and financial requirements.” WMU Journal of Maritime Affairs 4(1): 33-55.
Maliy, V. V., O. I. Mazurkevich, and V. M. Molokanova. 2008. Project management: national features: tutorial. Dnipropetrovsk: IMA-Pres.
Maltsev, Anatoliy and Sergiy Kramskiy. 2018. “Management project team and mathematical models of collective behavior of small groups.” Management of development of complex systems 36: 27-34.
Martin, Bradley, Roland J. Yardley, Phillip Pardue, Brynn Tannehill, Emma Westerman, and Jessica Duke. 2018. An Approach to Life-Cycle Management of Shipboard Equipment. Santa Monica, CA: RAND Corporation.
Meister, D. ?. 1971. Human factors: theory and practice. New York: WileyInterscience.
Österman, Cecilia, Carl Hult, and Gesa Praetorius, 2020. “Occupational safety and health for service crew on passenger ships,” Safety Science 121: 403-413.
PMAJ. 2017. P2M The Guidebook for project and program management for enterprise innovation. Project Management Association of Japan.
Pray, Julie, Kevin McSweeney, Christine Tomlinson, and Brian Craig. 2014. “The human element in safe shipping: ABS initiatives.” Proceedings of the Conference on Human Factors in Ship Design and Operation, February 26-27, London, UK.
Project Management Institute. 2017. A Guide to the Project Management Body of Knowledge (PMBOK Guide). 6th Ed. Retrieved November 6, 2019 (https://www.academia.edu/ 39204743/Guide_to_the_Project_Management_Body_of_Knowledge_PMBOK_Guide_6th_Edition)
Sen?ila, V., and G. Kalvaitien?, 2018. “Finding a Balance: Companies and New Seafarers Generation Needs and Expectations.” The International Journal on Marine Navigation and Safety of Sea Transportation 12(2): 285?290.
Strack, Rainer, Jean-Michel Caye, Thomas Gaissmaier, Christian Orglmeister, Eddy Tamboto, Carsten von der Linden, Sebastian Ullrich, Pieter Haen, Horacio Quirós, and Jorge Jauregui. 2014. Creating People Advantage 2014-2015: How to Set Up Great HR Functions. Retrieved November 6, 2019 (https://www.bcg.com/publications/2014/organization-human-resources-creating-people-advantage.aspx)
U.S. Government Accountability Office. 2003. Navy Actions Needed to Optimize Ship Crew Size and Reduce Total Ownership Costs. Washington, D.C.: GAO.
Wu, Bin and Nik James Winchester. 2005. “Crew study of seafarers: A methodological approach to the global labour market for seafarers.” Marine Policy 29(4): 323-330.
Zakharchenko, O. V. and M. Yu. Zakharchenko. 2019. “Forming the team of the implementation project on the basis of the simulation model.” Materials of the International scientific and practical conference dedicated to the memory of professors Yu. Ya. Fomin and V. S. Semenov, April 18-22, Odessa, Ukraine; Istanbul, Turkey.
Zakharchenko, Oleg V. and Sergiy O. Kramskyi. 2018. Project management. Odesa: Ecology.
Zandhuis, Anton and Rommert Stellingwerf. 2013. ISO 21500. Guidance on project management. A pocket guide. Retrieved November 6, 2019. (https://www.vanharen.net/amfilerating/ file/download/file_id/130/)
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