Interdisciplinary Almanac "Innovations and Perspectives in Science and Technology"
Interdisciplinary Almanac "Innovations and Perspectives in Science and Technology"
Volume 2 | 2026
Interdisciplinary Almanac "Innovations and Perspectives in Science and Technology". Volume 2: Collective Monograph. Plovdiv: ASPECT-PRO LTD, 2026. – ISBN 978-619-92760-4-4. – DOI: 10.62034/almanac.ipst.2026.v2. Available at: https://e-books.guru/almanac-ipst-2026-v2
Interdisciplinary Almanac "Innovations and Perspectives in Science and Technology", Volume 2 brings together interdisciplinary research addressing contemporary developments in science, technology, economics, management, law, and related fields. The volume focuses on the integration of fundamental and applied research, technological innovation, and the implementation of new technologies, with particular attention to their economic, managerial, social, and legal implications. It also examines organizational transformations associated with digitalization and the interaction between technological development and socio-economic systems. The contributions are authored by researchers, doctoral candidates, and practicing specialists from different fields, supporting the integration of diverse scientific approaches and methods. The volume is intended for researchers, educators, doctoral candidates, students, and practitioners interested in contemporary interdisciplinary scholarship.
Interdisciplinary Almanac "Innovations and Perspectives in Science and Technology", Volume 2 brings together interdisciplinary research addressing contemporary developments in science, technology, economics, management, law, and related fields. The volume focuses on the integration of fundamental and applied research, technological innovation, and the implementation of new technologies, with particular attention to their economic, managerial, social, and legal implications. It also examines organizational transformations associated with digitalization and the interaction between technological development and socio-economic systems. The contributions are authored by researchers, doctoral candidates, and practicing specialists from different fields, supporting the integration of diverse scientific approaches and methods. The volume is intended for researchers, educators, doctoral candidates, students, and practitioners interested in contemporary interdisciplinary scholarship.
Interdisciplinary Almanac
"Innovations and Perspectives in Science and Technology", Volume 2
Mohylevska, O., & Mohylevskyi, I. (2026). Conceptual approaches to the formation of the potential for sustainable development of the industrial complex of Ukraine in the context of innovative transformation of the national economy. In Interdisciplinary Almanac “Innovations and Perspectives in Science and Technology”: Volume 2. Collective monograph (Article 1). ASPECT-PRO LTD. https://doi.org/10.62034/almanac.ipst.2026.v2
Citation Format APA
Mohylevska, O., & Mohylevskyi, I. (2026). Conceptual approaches to the formation of the potential for sustainable development of the industrial complex of Ukraine in the context of innovative transformation of the national economy. In Interdisciplinary Almanac “Innovations and Perspectives in Science and Technology”: Volume 2. Collective monograph (Article 1). ASPECT-PRO LTD. https://doi.org/10.62034/almanac.ipst.2026.v2.
Explore This Article
Research Structure & Methodological Framework
A compact guide to the research objective, assessment model, methodological architecture, key figures, conclusions and references.
7 assessment blocks
21 partial indicators
2021–2025 diagnostic period
2026–2030 forecasting horizon
64 references
Overview
The study examines sustainable development of Ukraine’s industrial complex as a process of structural and technological renewal under conditions of innovative transformation, reconstruction and external shocks.
Research objective.
To develop the conceptual foundations of sustainable development
for Ukraine’s industrial complex, clarify the economic content
and structure of its sustainable-development potential,
systematize the factors of its formation and propose a
block-based method for assessment.
Methodology
The study combines conceptual-theoretical analysis, comparison and synthesis with a composite-indicator assessment framework.
Conceptual Analysis
→
Indicator Selection
→
Normalization
→
Block Indices
→
Generalizing Indicator
Seven-Block Assessment Model
Production
Innovation
Investment
Digital
Environmental
Human & Social
Institutional
Cross-cutting drivers:
digitalization · knowledge · cooperation ·
energy efficiency · circularity.
Key Figures & Tables
Fig. 3 · Structural and Logical Scheme Formation of sustainable-development potential. Fig. 4 · Structural Architecture Model of sustainable-development potential. Fig. 6 · Operational Architecture Composite-indicator framework. Table 7 · Framework Stages Stages, procedures and analytical outputs. Table 8 · Indicator System Twenty-one indicators across seven blocks. Table 9 · Reference Values Initial analytical benchmarks. Table 10 · Interpretation Scale Critical to High assessment levels.
Key Conclusions
1. Sustainable Industrial Development
Sustainable development is conceptualized as managed
structural and technological renewal combining economic
efficiency, technological complexity, environmental
responsibility, social sustainability and resilience.
2. Sustainable-Development Potential
Potential is defined as the integrated capacity of the
industrial system to mobilize, combine, renew and transform
resources, opportunities and capabilities into long-term results.
3. Seven Interconnected Blocks
Production, innovation, investment, digital,
environmental, human and social, and institutional blocks
form the operational structure of the model.
4. Twenty-One Indicators
The assessment framework contains 21 partial indicators,
analytical reference values, normalization procedures,
block indices and additive aggregation.
5. Application Horizon
The framework provides for diagnostics for 2021–2025
and subsequent quantitative benchmarking and forecasting
for 2026–2030.
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