Based on the book The Ages of Globalization by Professor Jeffrey D. Sachs, the course features video lectures, interactive maps, live dialogues with global leaders, and applied learning activities. AoG aims to deepen understanding of global interconnectedness and equip learners with the knowledge and skills needed to address critical issues such as poverty, climate change, and peace in a sustainable future.

Since its launch, the course has attracted more than 13,000 learners from over 165 countries. AE4RIA team, through SDSN Greece has been actively involved in the development of the course, building on long-standing collaboration with Professor Sachs and engagement through initiatives such as the Aristotle–Confucius Symposium on Ethics for the 21st Century. Through the participation of ATHENA RC and AUEB in the EU-funded ARSINOE project, a strong partnership was formed with the AoG team to co-develop and deliver 28 course lessons.

Find out more at https://www.agesofglobalization.com/

Το άρθρο Ages of Globalization (AoG) εμφανίστηκε πρώτα στο Ae4ria.

Description:

This course explores the challenges and opportunities of agriculture and food systems in the Mediterranean region, one of the world’s most biodiverse and culturally rich areas. Focusing on sustainability from landscape to table, the course examines environmental, social, economic, and nutritional dimensions of Mediterranean food systems. Participants will:

• Understand the main sustainability challenges facing Mediterranean agriculture, including resource depletion, water scarcity, food waste, and declining food quality
• Explore the history, culture, and key characteristics of Mediterranean agriculture and the Mediterranean diet
• Analyse agricultural data, rural development models, and value creation in food systems
• Become familiar with EU policy frameworks and international agreements related to food and agriculture
• Identify innovation- and sustainability-driven opportunities aligned with the Sustainable Development Goals (SDGs)

Access:
SDG Academy (the education and training portfolio of the UN Sustainable Development Solutions Network)

Το άρθρο SDGAcademyX: Sustainable Food Systems: A Mediterranean Perspective εμφανίστηκε πρώτα στο Ae4ria.

Description:
The SUS-FUT: Training on Sustainability and Circular Economy program provides essential knowledge and practical tools for integrating sustainability and circular economy principles into everyday practice. The course focuses on developing green skills relevant to key sectors such as tourism, agriculture, and waste management.

Participants will gain insights into effective project management for timely and sustainable execution, as well as access to a comprehensive Green Skills Manual designed as a long-term learning resource. This short, focused program aims to empower youth and professionals with the competencies required to drive sustainable transformation across industries.

Completing this course will equip you to:

• Understand the fundamentals of sustainability and the circular economy.

• Apply green skills in the fields of tourism, agriculture, and waste management.

• Implement effective project management techniques to support sustainability goals.

• Utilize the Green Skills Manual as an ongoing resource for sustainable development practices.

Duration:
1–4 hours

Target Audience:
Youth, Professionals, Educators, and Practitioners in tourism, agriculture, and waste management sectors

Access:
Access the course on the SUS-FUT platform

Developed By:
Developed under the Erasmus+ SUS FUT Project, supporting green skills development and sustainability training across Europe.

Το άρθρο SUS-FUT: Training on Sustainability and Circular Economy εμφανίστηκε πρώτα στο Ae4ria.

Description:
This introductory module provides a foundational understanding of the global sustainability transition, focusing on the science, policy, and economics of climate change. Emphasis is placed on circularity, systems innovation, biodiversity, and marine environmental impacts.

The course prepares learners to contextualize the challenge of decarbonization in the shipping industry within a broader policy, regulatory, and socio-technical framework—laying the groundwork for advanced modules on sustainable maritime practices and low-carbon innovation.

Completing this course will equip you to:

• Understand the scientific, policy, and economic dimensions of climate change and sustainability.

• Explore the interconnected roles of circularity, systems innovation, and biodiversity in sustainable development.

• Assess marine and environmental impacts in the context of global decarbonization efforts.

• Situate shipping decarbonization within international regulatory and policy frameworks.

Access:
Access the course on the EXCEED.
Syllabus here

Developed By:
Developed under the Erasmus+ EXCEED Project, supporting education and training for sustainability and decarbonization in the maritime industry.

Το άρθρο Shipping Decarbonization Expert: Module 1 – Climate Change and Sustainability εμφανίστηκε πρώτα στο Ae4ria.

Description:
The Digitalization and Sustainable Development course examines how digital transformation—particularly through Artificial Intelligence (AI) and Machine Learning (ML)—can accelerate progress toward sustainability goals in the built environment. Through real-world case studies and hands-on learning, participants will explore practical AI and ML techniques, including supervised and unsupervised learning, and gain an introduction to Natural Language Processing (NLP) concepts such as Transformers and vector databases.

This course provides a multidisciplinary foundation that bridges data science, environmental studies, and sustainable innovation—equipping learners to lead or contribute effectively to sustainability-focused digital projects.

Completing this course will equip you to:

• Understand how AI and ML technologies support sustainable development objectives.

• Apply supervised and unsupervised learning methods to sustainability challenges.

• Explore the fundamentals of NLP and its potential in sustainable systems analysis.

• Critically assess and design digital strategies for sustainable innovation in the built environment.

Access:
Access the course on the BuildSkills Academy platform.
Syllabus here

Instructor:

• George Feretzakis (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

Developed By:
Developed under the Erasmus+ BuildSkills Academy Project, supporting education and training in sustainability and digital transformation.

Το άρθρο Digitalization and Sustainable Development: Artificial Intelligence (AI) and Machine Learning (ML) Tools for Sustainability εμφανίστηκε πρώτα στο Ae4ria.

Description:
The Circular Economy and Waste Management course provides a comprehensive understanding of the transition from linear economic models to sustainable, circular systems. It explores sustainable development principles, climate change effects, and policy frameworks supporting a circular economy. Participants will learn to analyze waste fluxes and design sustainability strategies using tools such as the Circularity Compass, Circular Strategy Scanner, and Life Cycle Assessment (LCA).

The course also addresses waste management challenges related to urban planning and stakeholder engagement, while emphasizing corporate sustainability and circularity. Topics include ESG reporting, SDG integration, and the development of circular business models. The program concludes with a final project presentation, equipping participants with analytical, strategic, and communication skills for careers in corporate environmental responsibility and waste management.

Completing this course will equip you to:

• Understand the key concepts of the circular economy, sustainable development, and waste management.

• Analyze waste streams and assess circularity strategies using practical tools and frameworks.

• Evaluate the environmental and economic impacts of circular business models.

• Develop strategic, evidence-based sustainability solutions for corporate and policy contexts.

Access:
Access the course on the BuildSkills Academy platform.
Syllabus here

Instructors:

• Lydia Papadaki (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

• Prof. Dr. Phoebe Koundouri (Athens University of Business and Economics & University of Cambridge; ReSEES Lab, AUEB, Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

• Dr. Conrad Landis (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

• Dr. Ebun Akinsete (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

• Dr. Kostas Dellis (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

• Stathis Devves (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

Developed By:
Developed under the Erasmus+ BuildSkills Academy Project, supporting education and training in sustainability and digital transformation.

Το άρθρο Circular Economy and Waste Management εμφανίστηκε πρώτα στο Ae4ria.

Description:
This course examines the numerous mechanisms by which socioeconomic systems evolve and influence society, the environment, and global development. Participants will investigate various scenarios, models, and approaches for comprehending and influencing socioeconomic trajectories in the context of global challenges.Completing this course will equip you to:

• Discuss the importance and benefits of socio-economic pathways
• Demonstrate how to create futures and scenario analysis
• Identify areas for improvement by engaging with stakeholders and receiving their feedback and recommendations
• Develop economic, social, and technological innovation pathways

Target Audience: Professionals (from public and private institutions, NGOs), Students, SMEs Managers/Owners, Teachers

Access:
Access the course on the Catalyst Learning Platform

Instructors:

• Prof. Dr. Phoebe Koundouri (Athens University of Business and Economics & University of Cambridge; ReSEES Lab, AUEB, Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)
• Dr. Ebun Akinsete (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)
• Alice Guittard (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)
• Dr. Mariatzela Chatzigiannakou  (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)
• Dr. Kostas Dellis (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)
• Dr. Lida Dimitriadou (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)
• Eleni Toli (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

Developed By:
Developed under the Erasmus+ CATALYST Project (Educating for VET Excellence in Leading Sustainable Systems and Business Transformation, Project Ref. 101056114). Hosted on the Catalyst Learning Platform.

Το άρθρο Socio-Economic Pathways – Benefits and Application – CATALYST Erasmus+ Project εμφανίστηκε πρώτα στο Ae4ria.

Description:
This course examines the ideas, methods, and practices of circular business models. The course focuses on how firms may migrate from linear, resource-intensive models to circular ones that encourage sustainability, decrease waste, and produce long-term value.

• Discuss the importance of the circular economy
• Combine CE tools in a specific case study
• Practice mindfulness techniques to develop circular business models
• Experiment and reflect on circular thinking tools
• Comprehend the policy framework of CE

Access:
Access the course on the Catalyst Learning Platform

Instructors:

• Lydia Papadaki (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

Developed By:
Developed under the Erasmus+ CATALYST Project (Educating for VET Excellence in Leading Sustainable Systems and Business Transformation, Project Ref. 101056114). Hosted on the Catalyst Learning Platform.

Το άρθρο Circular Business Models: Steps from Linear to Circular – CATALYST Erasmus+ Project εμφανίστηκε πρώτα στο Ae4ria.

Description:

The measurement and assessment of several key performance indicators (KPIs) in the context of circular economy efforts is the primary emphasis of this course. In order to evaluate the efficacy of circular economy ideas and practices, students will learn how to design, execute, and evaluate key performance indicators (KPIs).

• Discuss the importance of the circular economy in terms of challenges and opportunities
• Measure the CE Impact using different tools
• Learn and apply Circular Finance and Investment Metrics
• Experiment and reflect on circular KPIs on specific projects

Access:
Access the course on the Catalyst Learning Platform

Instructors:

• Dr. Conrad Landis  (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)
• Lydia Papadaki (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)
• Stathis Devves (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

Developed By:
Developed under the Erasmus+ CATALYST Project (Educating for VET Excellence in Leading Sustainable Systems and Business Transformation, Project Ref. 101056114). Hosted on the Catalyst Learning Platform.

Το άρθρο Circular Economy KPIs – CATALYST Erasmus+ Project εμφανίστηκε πρώτα στο Ae4ria.

Description:
This course investigates the principles and practices of sustainable innovation, concentrating on how businesses and organisations can develop and implement innovative solutions that address environmental, social, and economic challenges. Participants will:

• Analyse case studies, engage in inventive problem-solving, and create a sustainable innovation project
• Learn the basics of sustainable innovation
• Understand eco-innovation and social innovation
• Get familiar with how to scale sustainable innovations
• Understand how to use Open Data and services towards a sustainable digital transformation
• Evaluate and be able to apply related methodologies for sustainable innovations

Access:
Access the course on the Catalyst Learning Platform

Instructors:

• Dr. Kostas Dellis (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)
• Panagiota Koltsida (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)
• Lydia Papadaki (ReSEES Lab, Athens University of Business and Economics; Sustainable Development Unit, ATHENA RC; AE4RIA Research Network)

Developed By:
Developed under the Erasmus+ CATALYST Project (Educating for VET Excellence in Leading Sustainable Systems and Business Transformation, Project Ref. 101056114). Hosted on the Catalyst Learning Platform.

Το άρθρο Sustainable Innovation: How Organisations Can Create Sustainable Innovation Projects – CATALYST Erasmus+ Project εμφανίστηκε πρώτα στο Ae4ria.