Utilization of Advanced Methods and Technologies for Supporting Innovation Ecosystems in the National Economy
Provider: Univerzita Pardubice
Programme: Studentská grantová soutěž
Implementation period: 01.01.25 - 31.12.25
Workplace:
Fakulta ekonomicko-správní - FES
Investigator: Kuba OndřejTeam member: Čapek Jan | Hub Miloslav | Kopáčková Hana | Komárková Jitka | Černohorská Liběna | Stejskal Jan | Kotková Stříteská Michaela | Hájek Petr | Janderová Jana | Prokop Viktor | Vaníček Bernard | Darfo-Oduro Raymond Kwame Adane | Dmytrenko Denys | Arthur Emmanuel Ebo | Fišera Tomáš | Krátký Martin | Dvořáková Anna | Soukupová Nikola | Bikila Dawit Dejene | Kebede Zeru Kifle | Kolář Miloš | Litera Petr | Asante Andrew | Belludi Suraj | Htoo Sann Thawdar | Brožková Dominika | Novotný Karel | Brož Martin
Description:
The project represents an interdisciplinary approach aimed at utilizing advanced methods and technologies to support the development of innovation ecosystems and enhance economic resilience in the national economy. The main objective is to analyze how technologies such as artificial intelligence, blockchain, IoT, and remote sensing can effectively contribute to strengthening competitiveness and supporting sustainable economic growth at various levels – from businesses and regions to national and international environments. The project is based on the premise that modern technologies are not only tools for increasing process efficiency and refining decision-making mechanisms but also key factors enabling economic entities to adapt to rapidly changing conditions and increase their resilience in the long term. The interdisciplinary approach of the project combines technical innovations with the analysis of key economic and social factors, such as regional resilience, resource utilization efficiency, or strategic management in a dynamically changing market environment. These aspects are further developed through applications focused on practical problems, such as optimizing transportation systems using data analysis, evaluating the sustainability of smart cities, or creating effective models for data sharing in the European economic context. The project also addresses the impact of strategic measurement systems on employee behavior and analyzes knowledge spillovers, which play a crucial role in the process of spreading innovation and strengthening economic stability. The project's outcomes will provide not only decision-making support approaches and new tools for managing economic entities and regions but also specific solutions aimed at enhancing resilience and competitiveness in the context of sustainable development.
The project represents an interdisciplinary approach aimed at utilizing advanced methods and technologies to support the development of innovation ecosystems and enhance economic resilience in the national economy. The main objective is to analyze how technologies such as artificial intelligence, blockchain, IoT, and remote sensing can effectively contribute to strengthening competitiveness and supporting sustainable economic growth at various levels – from businesses and regions to national and international environments. The project is based on the premise that modern technologies are not only tools for increasing process efficiency and refining decision-making mechanisms but also key factors enabling economic entities to adapt to rapidly changing conditions and increase their resilience in the long term. The interdisciplinary approach of the project combines technical innovations with the analysis of key economic and social factors, such as regional resilience, resource utilization efficiency, or strategic management in a dynamically changing market environment. These aspects are further developed through applications focused on practical problems, such as optimizing transportation systems using data analysis, evaluating the sustainability of smart cities, or creating effective models for data sharing in the European economic context. The project also addresses the impact of strategic measurement systems on employee behavior and analyzes knowledge spillovers, which play a crucial role in the process of spreading innovation and strengthening economic stability. The project's outcomes will provide not only decision-making support approaches and new tools for managing economic entities and regions but also specific solutions aimed at enhancing resilience and competitiveness in the context of sustainable development.