Conference Background
The challenges of the VUCA era are felt by various sectors and pose significant obstacles for future generations. From an economic perspective, this challenge is characterized by volatility, uncertainty, complexity, and ambiguity, making it difficult for businesses and individuals to make effective plans and adapt to unpredictable changes. In the education sector, educators and students face challenges due to rapid and unpredictable changes. These challenges are further exacerbated by crises such as the COVID-19 pandemic, which disrupts the learning environment and requires adaptation to evolving phenomena. Technological advances in the VUCA era present significant challenges due to their rapid and unpredictable pace of change. Digital developments pose a challenge for academics and society in adapting to keep up with evolving changes. Additionally, the fields of environment and agriculture face VUCA challenges that hinder sustainability and environmental conservation efforts. The need for a sustainable future for generations to come requires striking a balance between economic development and environmental preservation. Activities such as deforestation and air pollution pose a threat to natural resource habitats and biodiversity. Therefore, it is important to maintain a clear and objective language, avoiding biased or emotional language. Additionally, the use of precise subject-specific vocabulary should be prioritized over non-technical terms. This text has been proofread for. grammatical correctness and adheres to conventional structure and formatting features. No changes in content have been made. However, despite these challenges, the concept of VUCA 2.0 (Vision, Understanding, Courage, and Adaptability) offers a promising framework to address the complexities of the modern era. By cultivating a clear vision of the future, encouraging understanding of the dynamic forces at play, instilling courage to face uncertainty, and fostering adaptability to navigate change, individuals and societies can better navigate VUCA. The application of these principles can enable businesses to innovate and take advantage of opportunities, educators to adapt their teaching methods to meet evolving needs, and environmental advocates to develop resilient conservation strategies that protect the planet for future generations. By making a concerted effort to realize the principles of VUCA 2.0, we can collectively address the challenges of the VUCA era and pave the way to a more sustainable and prosperous future. Based on the description provided, stakeholders must implement strategic steps to achieve VUCA 2.0 in addressing global challenges in the modern era. Therefore, Universitas Tunas Pembangunan Surakarta hosted the 2nd International Conference on Economy, Education, Technology, and Environment with the theme 'Future Scape for Golden Era 2045: Navigating VUCA 2.0 - Synchronizing Economy, Education, Technology, and Environment for a Sustainable Future.' The International Conference aims to facilitate the exchange of information and ideas among academics, researchers, government officials, and other stakeholders to address global challenges. The conference hopes to contribute to the strengthening of resources in preparation for Golden Indonesia 2045 by presenting research results in the fields of economics, education, technology, and the environment.
Thematic Tracks
1. Economy|
a. Economic Resilience Strategies b. Sustainable Development Models c. Digital Transformation and Agility d. Policy Innovation and Governance e. Global Trade Dynamics f. Financial Market Resilience g. Inclusive Growth Initiatives h. Corporate Responsibility |
2. Education: - Innovative Pedagogy
|
a. Lifelong Learning b. Digital Literacy c. Educational Equity d. Future-Ready Curriculum e. Technological Integration f. Student-Centered Approaches g. Global Citizenship h. Resilient Education Systems i. Leadership in Education j. Inclusive Education |
3. Technology: - Civil Engineering Innovations
|
a. Architectural Adaptation b. Information Technology Solutions c. Artificial Intelligence Applications d. Smart Infrastructure Integration e. Smart City Development f. Sustainable Transportation Solutions g. Renewable Energy Technologies h. Digital Twin Technologies i. Cybersecurity Resilience Measures j. Smart Materials |
4. Environment: - Agrotechnology Advancements
|
a. Sustainable Agribusiness Strategies b. Food Safety Protocols c. Sustainable Policy Frameworks d. Urban Farming Initiatives e. Sustainable Rural Development f. Biodiversity Conservation g. SDGs Integration h. Agrotourism Promotion i. Agroindustry Innovation |
