Seminar paper from the year 2006 in the subject Economics - Industrial Economics, grade: 1,3, University of Queensland, course: CONTEMPORARY BUSINESS IN EUROPE, language: English, abstract: Nowadays, “Germany is the third largest manufacturing country for passenger cars and commercial vehicles, one in ten of all vehicles produced worldwide comes off a production line in Germany” . For several decades the automobile industry has been a key sector in the German economy and the most active and largest Industry in the European Union . Germany is host to major car manufacturers, including prestigious brands such as: Audi, BMW, Mercedes, Porsche and Volkswagen. These brands are world famous for their innovation and quality. They are both accepted and popular all over the world. This essay will describe the automotive industry in Germany and impact of regulations and policies placed on it from both the European Union and the German government. In particular the major markets, growth rates, annual expenditures/profits of this industry will be considered. Moreover, future impacts will be analysed whilst recommendations and justifications how to enter the industry will be given.

Seminar paper from the year 2006 in the subject Business economics - Investment and Finance, grade: 2,0, Ocean University of China, 6 entries in the bibliography, language: English, abstract: In Germany as well as in China, the automobile industry is one of the dominating sectors. Many economic activities like tire industry, plastics industry, metal processing rely on automobile. With changing technologies, production concepts, strategies and products, the car industry is often an initiator of innovations in other industries. Its success has been due to the technological competencies of manufacturers, suppliers and their respective employees. In this essay, I am going to describe the differences or similarities in a car industry between China and Germany, focusing on history, current facts, figures and other economic issues.

James Ruppert explains why German cars from the 1980s were quite simply, wunderbar. Because when it came to build quality, reliability and performance, every other car made anywhere else in the world was rubbish. The 1980s was a time when if you went shopping a VW Polo was the perfect companion. Beating an MG away from the lights was dead easy in a GTI and making a lasting impression meant arriving in an SL, SLC or any enormous Mercedes S-Class. It was a time when BMW M3s were racing certainties and a Quattro Turbo would always stay glued to the road. Getting poolside and on the sun lounger before the Germans only required one of their fine Audi 100 Avants. Proper showing off meant a Porsche 911 Turbo with its wonderful attention seeking tea tray rear spoiler. And the model that every young, upwardly mobile professional wanted parked outside his or her mews flat was a BMW 3 Series. Ruppert details how all these companies progressed to the 1980s and just what they did when they got there. Luckily he was there too, flogging BMWs at the prestigious West End Showroom in Park Lane, to yuppies, film stars and anyone else who could afford the non-refundable 10% deposit. From the author of the critically acclaimed, "The British Car Industry Our Part in its Downfall," here is his unique take on the German one, and why it won.

Seminar paper from the year 2015 in the subject Sociology - Economy and Industry, grade: 1,0, University of Trier (Chair of Environmental and Urban Economics), course: European Environmental Economics, language: English, abstract: This paper will focus on the e-mobility and the evolution of electric vehicles and discuss environmental issues that are closely connected to the green movement. First a brief overview of the environmental aspects, related to the topic mentioned will be given. There will be a discussion not only on those aspects on a national level but also on a European and global level. Furthermore, this text will deal with the technology of the e-mobility and focus on exploring which economic, environmental and political aspects are connected with e-mobility and environmental concerns in Germany. Additionally, an international comparison between Germany and France, and Germany and the USA will be made; to enable the reader to know where these countries stand concerning sales of electric vehicles, political action and infrastructure of e-mobility. Over the past 40 years one can observe an evolution of “environmental concern” in several areas. This transition is called an evolution from environmentalism to green. There is a shift from emphasizing environmental problems to the underlying problems with our social, economic, technical or legal system. Further, the geographical focus changes from local problems to global issues. There has been a gradual change in the attitude towards business. From the business as the core of the problem to the business as a part of the solution to problems can be observed as well. From a marketing point of view one can observe the emerging importance of green awareness in the media during the late 80s. It is argued that a change in consumption behaviour of consumers led to the reaction of the producers. Moreover, since the early 1990s, more than 85% of the multinational companies in Europe have adapted themselves to this green movement by changing their way of production. In this connection, not just specific sectors in the European economy have been affected by this adjustment process, but almost every line of businesses. Technological change is denoted as a possible solution to some negative environmental effects. In the same context it is added that new technologies also may introduce new environmental issues, such that the strategic management towards sustainability became increasingly important.

German cars are synonymous with quality and prestige. A strong claim can be made that automobile transportation was primarily invented in Germany, which today is still home to some of the most important names in the international auto industry. This book retraces the story of some of the most significant German automakers and their models, covering over a hundred years of history, and presenting legendary creations that have left their mark on the auto's evolution and in the hearts of many enthusiasts. German manufacturers have always played an essential role in the automobile sector, at first with names such as Horch, Auto-Union and Maybach, and later with brands like Audi, BMW, Mercedes Benz and Porsche, which today are considered among the world's most prestigious for quality, style and performance. This book presents the most important models in German car manufacturing history, from the Benz-Patent-Motorwagen 1 of 1886 through the race cars of the pre-war period, the cars of the economic boom, and the ever-famous Porsche 911 and the brand new bestsellers from Stuttgart, Munich and Ingolstadt.

Companies from various sectors of the economy are confronted with the new phenomenon of digital transformation and are faced with the challenge of formulating and implementing a company-wide strategy to incorporate what are often viewed as “disruptive” technologies. These technologies are sometimes associated with significant and extremely rapid change, in some cases with even the replacement of established business models. Many of these technologies have been deployed in unison by leading-edge companies acting as the catalyst for significant process change and people skills enhancement. The Handbook of Research on Digital Transformation, Industry Use Cases, and the Impact of Disruptive Technologies examines the phenomenon of digital transformation and the impact of disruptive technologies through the lens of industry case studies where different combinations of these new technologies have been deployed and incorporated into enterprise IT and business strategies. Covering topics including chatbot implementation, multinational companies, cloud computing, internet of things, artificial intelligence, big data and analytics, immersive technologies, and social media, this book is essential for senior management, IT managers, technologists, computer scientists, cybersecurity analysts, academicians, researchers, IT consultancies, professors, and students.