Stefano Armenia
Biographic Data
| ID | 5773129 |
|---|---|
| NAME | Stefano Armenia |
| GIVEN NAMES | Stefano |
| FAMILY NAME | Armenia |
| SIGNATURE | ARMENIA S |
| AFFILIATIONS | Link Campus University |
| ORCID | 0000-0002-0777-4004 |
| VERIFIED | Yes |
| TOTAL WORKS | 8 |
| TOTAL CITATIONS | 7 |
| AUTHOR COUNT | 8 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2016 |
| LATEST PUBLICATION YEAR | 2025 |
| H-INDEX | 2 |
Facilitating learning at multiple levels with Systems Thinking‐assisted serious games: Insights from the Sustain project
This study focuses on the potential of Systems Thinking‐assisted serious games to facilitate learning at multiple levels. These levels refer both to the actors (primarily the designers and the players, but also the facilitators and the educators) involved throughout the main stages of a serious game lifecycle and the typology of learning that is facilitated (i.e., single or double‐loop learning). From a methodological point of view, this study pr…
Organisational ambidexterity and knowledge management: A systems perspective towards Smart Model‐based Governance
The purpose of this paper is to propose a new framework for the governance of ‘modern’ smart organisations that integrates IT‐based orientation to decision‐making, systems thinking through system dynamics modelling and cybernetics. The design of the proposed framework is based on the key role played by knowledge in the governance of organisations. The literature on ambidexterity, organisational learning, knowledge management and systems thinking …
Managerialization, professionalization and firm performance in family business: A Systems Thinking perspective
This paper proposes a systemic model on the intertwined relations among managerialization, professionalization and firm economic performance, considering both business‐ and family‐specific features and issues. It sheds light on the role that, in the family business, the firm economic performance may play in favouring a positive development of both the business and the family itself. It aims at understanding how, in family businesses, the firm man…
Zooming in and out the landscape: Artificial intelligence and system dynamics in business and management
Organizations are increasingly leveraging the ability of artificial intelligence to analyze and resolve complex problems. This can potentially reshape the interdependencies and interactions of complex systems, leading to our research question: To what extent and in which direction is the literature on Artificial Intelligence (AI) and System Dynamics (SD) converging within the business and management landscape? We conducted an extensive literature…
Identifying policy options and responses to water management issues through System Dynamics and fsQCA
Poor quality and scarcity of water are some of the most relevant problems for policy-makers and private sector, especially in the face of climate change. A systemic perspective is key to studying complex issues like water management and understanding how systems change in response to various inputs over time. This study aims to create a generalized, highly synthetic, and abstract model that can reproduce the key dynamics that emerge from the resp…
Anticipating human resilience and vulnerability on the path to 2030: What can we learn from Covid-19
A system dynamics perspective on a viable systems approach definition for sustainable value
Individual Behavior as a Defense in the “War on Cyberterror”: A System Dynamics Approach
The problem of cyberterrorism, despite its contested nature, is an important area of research. Scholars agree that the most dangerous targets for such attacks are critical infrastructure and organizations that are vital to society due to their interconnectedness to the modern world and their increasing reliance on the cyber domain for their operations. Thus, their security and protection against cyberterrorism is of elevated importance. Given the…
Anticipating human resilience and vulnerability on the path to 2030: What can we learn from Covid-19
Individual Behavior as a Defense in the “War on Cyberterror”: A System Dynamics Approach
The problem of cyberterrorism, despite its contested nature, is an important area of research. Scholars agree that the most dangerous targets for such attacks are critical infrastructure and organizations that are vital to society due to their interconnectedness to the modern world and their increasing reliance on the cyber domain for their operations. Thus, their security and protection against cyberterrorism is of elevated importance. Given the…
A system dynamics perspective on a viable systems approach definition for sustainable value
Individual Behavior as a Defense in the “War on Cyberterror”: A System Dynamics Approach
The problem of cyberterrorism, despite its contested nature, is an important area of research. Scholars agree that the most dangerous targets for such attacks are critical infrastructure and organizations that are vital to society due to their interconnectedness to the modern world and their increasing reliance on the cyber domain for their operations. Thus, their security and protection against cyberterrorism is of elevated importance. Given the…
A system dynamics perspective on a viable systems approach definition for sustainable value
Anticipating human resilience and vulnerability on the path to 2030: What can we learn from Covid-19
Identifying policy options and responses to water management issues through System Dynamics and fsQCA
Poor quality and scarcity of water are some of the most relevant problems for policy-makers and private sector, especially in the face of climate change. A systemic perspective is key to studying complex issues like water management and understanding how systems change in response to various inputs over time. This study aims to create a generalized, highly synthetic, and abstract model that can reproduce the key dynamics that emerge from the resp…
Organisational ambidexterity and knowledge management: A systems perspective towards Smart Model‐based Governance
The purpose of this paper is to propose a new framework for the governance of ‘modern’ smart organisations that integrates IT‐based orientation to decision‐making, systems thinking through system dynamics modelling and cybernetics. The design of the proposed framework is based on the key role played by knowledge in the governance of organisations. The literature on ambidexterity, organisational learning, knowledge management and systems thinking …
Managerialization, professionalization and firm performance in family business: A Systems Thinking perspective
This paper proposes a systemic model on the intertwined relations among managerialization, professionalization and firm economic performance, considering both business‐ and family‐specific features and issues. It sheds light on the role that, in the family business, the firm economic performance may play in favouring a positive development of both the business and the family itself. It aims at understanding how, in family businesses, the firm man…
Zooming in and out the landscape: Artificial intelligence and system dynamics in business and management
Organizations are increasingly leveraging the ability of artificial intelligence to analyze and resolve complex problems. This can potentially reshape the interdependencies and interactions of complex systems, leading to our research question: To what extent and in which direction is the literature on Artificial Intelligence (AI) and System Dynamics (SD) converging within the business and management landscape? We conducted an extensive literature…
Facilitating learning at multiple levels with Systems Thinking‐assisted serious games: Insights from the Sustain project
This study focuses on the potential of Systems Thinking‐assisted serious games to facilitate learning at multiple levels. These levels refer both to the actors (primarily the designers and the players, but also the facilitators and the educators) involved throughout the main stages of a serious game lifecycle and the typology of learning that is facilitated (i.e., single or double‐loop learning). From a methodological point of view, this study pr…
Computer Science (8 works) · Business (7 works) · Engineering (6 works) · Artificial Intelligence (5 works) · Complex Systems and Decision Making (5 works) · Management science (5 works) · Process management (4 works) · Sociology (4 works) · System dynamics (4 works) · Systems thinking (4 works)