The world around us is changing. While technical innovation is accelerating at unprecedented rates and delivering solutions that were unthinkable only a few decades ago, a new factor, impacting all sectors and industries alike, is becoming increasingly important: sustainability.
While sustainability is frequently referred to as a new science, one among many, a deeper examination indicates that it is not a distinct area. Instead, it's altering the way we think about all past studies and completely reorients the focus towards new facets. Material consumption, transportation routes, product-life cycles, recycling, and many more aspects demand increased consideration, resulting in the complete re-evaluation of processes. As a result, three term papers are presented that address the various domains of policymaking, the impacts of global migration and lastly the technological capabilities of artificial intelligence, in the framework of a scientific discourse. Topics take exemplary industrial fields to highlight the urgent call to action by NGOs, societies, and researchers alike. The Sustainable Development Goals (SDGs), also known as Global Goals, are a set of 17 interconnected global goals aimed at achieving a better and more sustainable future for everybody. The United Nations General Assembly established the Sustainable Development Goals (SDGs) in 2015, with the goal of achieving them by 2030. These goals are the cornerstones for the following essays.
The results of this research were presented in a shared colloquium in summer 2021. We would like to thank all institutional and private supporters who have actively helped us with this project and further research projects.
Table of Contents
1. Achieving sustainability through national policymaking
2. The Impact of Global Migration on the Desired Reduction of the Shortage of Skilled Workers in Germany
3. Artificial Intelligence and the UNs Sustainable Development Goal #9
Research Objectives and Topics
This academic compilation examines the multidimensional challenges of corporate sustainability, focusing on the integration of Sustainable Development Goals (SDGs) into national policy, labor markets, and technological innovation. It investigates how policymaking, migration, and AI can be leveraged to address economic, social, and ecological constraints.
- The intersection of national policy and hydrogen technology as a sustainable alternative in the German automotive sector.
- The role of global migration in mitigating the German skilled labor shortage and its impact on social systems.
- The application of Artificial Intelligence (AI) to advance SDG #9 within the Carpathian region.
- Strategies for leveraging technological breakthroughs to balance economic growth with environmental responsibility.
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Introduction
The mobility of humanity has often been revolutionized by technical innovations, either by rail in the 18th century or by air in the latter half of the 20th century. However, no utility even came close to the affordability-individuality ratio of the automobile. Starting in the earliest days of the 20th century as a luxury product for just a few, modern industrialization, and supply chains, starting with the Ford T in the US, brought us to today’s society, where owning one or even more cars in families has become the common and not the exception. Policies and dignitaries promoting the purchase and use of cars led to the intergenerational crave for this object, independent of the income or reasonable necessity. While this trend started and manifested in the Western hemisphere first, rapidly growing industries of the Global South, mainly in China and India, aim to provide the same luxury to their society as well. This movement led to a variety of social and ecological issues; the central role of nearly 60% of EU-CO2 emissions output by the private transport sector (German Federal Statistical Office, 2020) leads to irreversible ecological, health and consumption consequences.
Germany’s role in the EU is a particular one; on the one hand its private sector CO2 emissions, compared to the representation in other EU countries, is surpassing the ratio by far (European Commission, 2020), on the other hand it harbors the dominant European automotive brands, responsible for both the technological and economic success as well as the ecological responsibilities of said region.
Summary of Chapters
Achieving sustainability through national policymaking: This chapter analyzes internal and external barriers to innovation within the German automotive industry and explores hydrogen technology as a viable path toward sustainable mobility.
The Impact of Global Migration on the Desired Reduction of the Shortage of Skilled Workers in Germany: This section evaluates the demographic shifts in Germany and discusses how targeted migration can help overcome the growing shortage of qualified professionals in various industrial sectors.
Artificial Intelligence and the UNs Sustainable Development Goal #9: This chapter examines the potential of AI as an enabler for sustainable industrialization, specifically focusing on its application to address the unique challenges of the Carpathian region.
Keywords
Corporate Sustainability, Sustainable Development Goals, SDG 9, Automotive Industry, Hydrogen Technology, Migration, Skilled Worker Shortage, Demographic Change, Artificial Intelligence, Digitalization, Carpathian Region, Innovation Policy, Resource Management, Economic Growth, Labor Market Integration.
Frequently Asked Questions
What is the core focus of this research?
The work addresses the implementation of UN Sustainable Development Goals (SDGs) within the context of industrial innovation, labor market dynamics, and regional development.
What are the primary themes discussed in these papers?
Key themes include the transition of the automotive industry toward sustainable fuels, the impact of demographic change and migration on Germany's economic health, and the role of AI in fostering resilient infrastructure.
What is the ultimate goal of the research presented?
The goal is to provide a multidisciplinary discourse on how policy, human capital, and technology can be synchronized to achieve long-term sustainability while maintaining economic performance.
Which scientific methods are employed?
The authors use literature-based analysis, qualitative discourse, and socio-economic evaluations to map current industrial and social challenges against global sustainability frameworks.
What topics are covered in the main body of the work?
The body addresses hydrogen as a fuel alternative, migration as a solution to labor shortages, and AI applications for solving logistical and infrastructural issues in specific regions like the Carpathians.
Which keywords define this collection?
Essential keywords include Sustainability, Innovation, Demography, Migration, Artificial Intelligence, and Sustainable Development Goals.
How does migration specifically impact the German labor market according to the text?
The research posits that migration acts as a necessary counter-balance to demographically induced structural deficits, provided that integration strategies effectively address skills and qualifications.
Why is AI considered a disruptive technology for the Carpathian region?
AI is highlighted for its ability to overcome regional disadvantages like poor accessibility and connectivity by optimizing logistics, digital education, and energy distribution.
- Citation du texte
- M. Sc. Laszlo Hammerl (Auteur), Oliver Kremer (Auteur), Dennis Weber (Auteur), 2021, Fulfilling the Sustainable Development Goals (SDGs) of the United Nations through innovation, economic growth, and technological breakthrough, Munich, GRIN Verlag, https://www.grin.com/document/1185488
