Traditional approaches to managing changes in construction development projects are predominantly reactive, relying on manual progress tracking and heuristic decision-making, which often leads to significant cost overruns, schedule delays, and scope creep. This research addresses the critical need for a more predictive and data-driven management paradigm in the development of...
The purpose of this paper is to propose a new set of project management models for implementing gamification in internal digital projects of IT enterprises, relying on project management standards (PMBOK, ISO 10006) and modern agile approaches. The article substantiates the necessity of integrating gamification elements, describes the implementation methodology considering the...
The contemporary business environment, characterized by the BANI (Brittle, Anxious, Nonlinear, Incomprehensible) paradigm, presents unprecedented challenges to strategic decision-making in project management. Traditional, deterministic planning frameworks increasingly fail to account for systemic non-linearity and pervasive cognitive biases, leading to organizational rigidity and...
The many years of experience of R&D Enterprise “SCAD Soft” in supporting the SCAD Office computational suite demonstrate that there is a significant discrepancy between the level of development of modern finite element analysis software used for structural calculations and the level of professional training of the engineers who use it. The purpose of the publication is to analyze...
Analytical and diagnostic control blocks form the basis of modern digital systems for structural reliability assessment, integrating the processes of data collection, processing, and interpretation in real-time. The digital control environment creates a multi-layered architecture that combines sensor technologies, analytical algorithms, machine learning methods, and cognitive...
A methodology for the automated transformation of BIM models into physics-based graph representations suitable for further application in building durability forecasting tasks has been developed and verified. The following tasks were solved: development of a method that transforms BIM data into a graph structure where vertices represent physical elements and edges represent their...
The paper presents the results of a numerical study on the influence of an axial compressive force on the dynamic behavior of elastic rods during rotation, considering gyroscopic moments. Specifically, the research focuses on the changes in critical speed values relative to the magnitude of the axial force. Equipment components, which can be represented as spatial elastic rods...
A systematic review of modern theoretical approaches and numerical methods for modeling the interaction of structures with elastoplastic soil foundations, accounting for their rheological properties, has been conducted. The evolution of scientific concepts is traced, from classical simplified models (Winkler foundation model, linear-elastic half-space) to modern generalized...
Choosing a service-oriented architecture for modern software applications provides a wide range of significant advantages that directly affect the quality, reliability, and sustainability of information systems. Among the key benefits of this architectural approach are simplified system maintenance, improved fault tolerance, increased reliability, accelerated development cycles...
This study is devoted to the development of a model for predicting the stability of a monorail crane in its first position. The object of the study is the process of predicting the stability of a monorail crane under operating conditions. The problem addressed in the paper is the improvement of prediction accuracy, which is limited in classical recurrent neural networks due to...
Modern trends in architecture and construction are increasingly focusing on enhancing energy efficiency, environmental sustainability, and the digital transformation of design processes. Rising energy consumption in urban environments, higher comfort standards, and the urgent need to reduce carbon footprints stimulate the search for new approaches to architectural and technical...
The essence, functional purpose, and regulatory framework of the Proximity factor are analyzed. This factor is examined within the context of the SWAP analysis methodology — as a preliminary investment assessment tool — for selecting land plots for the construction of multi-family residential buildings. It has been established that the Proximity factor extends far beyond simple...
The formation of expert groups for evaluating scientific projects, grant proposals, and peer reviews is a critically important task that directly affects the quality, objectivity, and integrity of scientific evaluation. Traditional approaches to expert selection–such as ranking by the Hirsch index or classification using ASJC/MeSH codes–have several limitations: they fail to...
The paper explores models of reactive adaptation of agents in dynamic environments, where uncertainty and fluctuations in parameters require immediate decision-making without centralized control. Such models are relevant for digital systems in which response speed determines management efficiency, process stability, and the system’s capacity for self-regulation. Reactive agents...
In modern conditions of rapid digitalization of management processes and data processing, the issue of ensuring reliable information protection in automated systems becomes critically important for state and private institutions of Ukraine. The regulatory framework of Technical Protection of Information (TPI), formed in the late 90s, lays down fundamental security principles...
The rapid growth of automated banking and cardless financial transactions has increased the need for advanced user authentication mechanisms that can withstand fraud, social engineering, and biometric spoofing. Traditional authentication methods based solely on cards and PINs are increasingly vulnerable to theft, duress, and replay attacks. In this context, biometric technologies...
The article reveals a value-oriented approach to the formation and promotion of IT products as a methodological concept that combines research, analytical, and management tools to create a unique value proposition that meets stakeholder expectations. It is substantiated that IT products possess specific characteristics — intangibility, rapid market changes, and a multi-level...
Under the current conditions of economic digitalization and increasing demands for software development speed and quality, agile IT project management in high-release-frequency environments is becoming particularly relevant. Dynamic market changes, the increasing complexity of software architectures, and the continuous transformation of user needs necessitate a transition from...
An analysis of the status of energy project implementation was carried out, which made it possible to identify an unresolved scientific and practical problem – the lack of an integrated circular-value model for managing energy supply projects for residential areas. The feasibility of developing such a model, combining the concept of a circular economy and the principles of value...
The article examines the problem of managing complex IT projects implemented within environments characterized by a high level of process maturity. It is demonstrated that the traditional project-based approach, which focuses on achieving results within defined constraints of time, budget, and scope, is insufficient in such conditions without considering the company's process...
The article examines the methodological principles of developing and applying a "canvas" as a tool for formulating technical hypotheses in complex IT projects. The feasibility of adapting Alexander Osterwalder’s Business Model Canvas concept to the context of hypothesis management in software systems engineering is substantiated. A new modification – Hypothesis Canvas 2.0 – is...
The study is devoted to the development of an architecture of digital platforms designed to support multi-project management in construction companies. The research examines the principles of building an integrated system that combines ERP, PPM, CRM, BIM, and Data Analytics modules into a unified information space. This approach aims to improve the efficiency of coordination...
The modern road construction industry of Ukraine is at a stage of profound digital transformation, driven by the need to increase the efficiency of infrastructure project management, ensure rational use of resources, and provide transparency in management decisions. In the context of the country's post-war reconstruction, characterized by an increasing number of road initiatives...
The article examines the complex issue of managing a scientific IT project aimed at developing an information system for working with Ukrainian-language text corpora of various genres and structural types. A systematic analysis of current approaches to organizing research IT projects under conditions of limited resources, a changing environment, uncertainty of technical...
In the current conditions of dynamic IT industry development and the increasing number of complex multicomponent projects, there is a crucial need for effective project management tools. The goal of this research was to develop a software product that enables the optimization of planning, coordination, and control over task execution within project activities. During the...