employee
Nizhniy Novgorod, Nizhny Novgorod, Russian Federation
graduate student
BISAC SCI074000 Physics / Atomic & Molecular
Continuous development and the increase of the safety requirements in the field of engineering and industry, as well as the need to comply with the planned timing and costs of the projects require the use of modern approaches to the management of complex engineering systems and their interaction. To achieve the optimal balance between the deadlines and the resources expended, a project approach is used in world practice. One of the new methods of the project approach is Agile management. The use of Agile project management in industry and engineering requires a systematic adaptation of implementation approaches, taking into account internal requirements, risks and organizational characteristics, and is due to the high complexity of decision-making. The paper considers an approach to the formation of a generalized algorithm for the optimal set of tools selection for Agile project management in industry and engineering based on system analysis methods. This algorithm is designed to provide decision support for the selection of the most suitable tools and techniques for Agile project management with a view to their successful implementation.
decision-making algorithm, system analysis, project, Agile management, risk, management tools
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