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The German banking landscape is currently undergoing a paradigm shift of an unprecedented magnitude. As the financial world is changing, the future of German banks is highly uncertain. A multitude of present-day driving factors will shape the banking world of tomorrow. Therefore, this thesis aims to investigate and analyze the future of the German banking sector until 2030. The concept of scenario planning serves as underlying method for this research. Based on current factors influencing the German banking sector, the present thesis systematically develops coherent future scenarios. The generation of these scenarios is performed with the help of the scenario software INKA 4. This enables to assess a comprehensive picture of the future environment and the interactions between external influencing factors. Based on the most consistent future scenario, implications for the strategies of German banks are derived. As a result, German incumbents can question their strategic orientation and position themselves optimally for the future.
Entrepreneurship research faces a crossroads and a new approach is needed to better understand entrepreneurial behavior. Incorporating neuroscience to comprehend the entrepreneurial mindset seems promising. Nevertheless, the potential of neuroscience for entrepreneurship research is only slowly being realized. Based on an extensive literature review, this thesis examines the emerging role of neuroscience with respect to entrepreneurship. Referring to the model of the entrepreneurial process, this thesis investigates how entrepreneurs discover, exploit, and finally capture opportunities. In this context, explanations regarding trait, expertise, adaptation, and mindset of the entrepreneur are relevant for further examination. Moreover, decision-making in uncertain situations is analyzed. In this context, the dynamic interplay between the reflective and reflexive system is considered. Ultimately, this thesis provides recommendations for organizational innovation to enhance entrepreneurial
activity.
Over the past few decades, there has been an increasing amount of academic literature recognizing the significance of innovation systems. Entrepreneurship is an important component of an innovation system, contributing to the enhancement of regional as well as national innovation. The transfer of knowledge and technology between science and the economy has become particularly important to reinforce overall innovation performance. Today, universities and other institutions of higher education play a crucial role in the system of innovation and have evolved as active and highly relevant participants in the innovation system. Therefore, various supportive measures have been developed to increase the level of innovation at universities and to drive entrepreneurial activities. However, due to the ever-growing entrepreneurial support environment and the great variety of support programs,the distinction between support measures has become unclear. Consequently, the main objective of the present research work is to contribute to the overall understanding of supportive measures at German universities and other institutions of higher education.
Eight experts were interviewed to ensure the compilation of meaningful data. The research findings highlight the importance of a solid network of external experts as well as collaboration with other entrepreneurial institutions. Moreover, the research results indicated that an organizational structure with decentralized decision-making processes and a greater scope of actions enhances operational efficiency. While considering the indistinctness of different support programs and specific terms, although some significant differences were evaluated, overall, the results present a clear tendency toward a more cautious use of specialist terms, therefore substantiating the missing preciseness.
Individual medicine gained increasing popularity in the medical industry in the past years. Especially oncology plays a major role in individual medicine, as significant research has been done in this area in the last decade. In order to provide individual treatment to patients, individualized medicine in cancer therapy uses molecular genetic examination of blood or tumor tissue.
This paper discusses individual treatment approaches for the selected diseases of prostate cancer and leukemia. Individual medicine in prostate cancer is still considered to be in its infancy whereas in leukemia it is already advanced. Conventional treatment in prostate cancer is highly standardized and well-developed and thus, individual approaches in PCa are not yet well-established or well-researched. Therefore, the relevance of individual treatments in prostate cancer is still to be discussed. In contrast to that leukemia has a promising future in the area of individualized medicine. However, individualized treatments are still very expensive and health insurances only cover a limited amount of financial expenses. As genetic testing is becoming more significant and is likely to be used more often in the future, the cost for individual treatments are expected to decrease over time. Also, this paper suggests future implications for the application of individual medicine in Germany in the areas of health care promotion, disease prevention and disease management until the year 2030.
Highlights of the paper:
• Individual medicine in leukemia is already well-established, however necessity of individual approaches in prostate cancer is discussed
• Individual medicine is currently very cost-intensive but increases the quality of life and the lifespan.
• In order to implement individual medicine in the future it is anticipated to improve health care promotion, disease prevention and disease management.
Germany has a long history in the car sector. However, today’s car industry is drastically changing, triggered by the accelerated rise of new technologies, sustainability policies and changing consumer preferences. The purpose of this research project is to forecast, by using the scenario planning software INKA 4, the future of cars in Germany in 2035. The research project focused mainly on cars based on internal combustion engines (ICE), fuel cell vehicles (FCV), battery electric vehicles (BEV) and Hybrid electric vehicles (HEV) and their charging infrastructure in Germany. Also, the future of autonomous driving vehicles, public transportation and carsharing in Germany were taken into consideration. Considering these factors following four areas of influence were chosen: Technology, Economics, Politics and Social. Within these areas of influence thirteen input factors (descriptors) were defined by research on current literature. The results show three distinct scenarios that reflect a possible shift towards electric mobility, autonomous driving, and an increase in the use of car sharing.
Key findings
The future of cars in Germany is affected by four areas of influence: Technology, Economics, Politics and Social. Among those four areas, a total of thirteen descriptors were selected as an input for the scenario building.
With the software INKA 4 five different scenarios were generated. Three distinctive scenarios were chosen and described to outline the future of cars in Germany in 2035.
It is highly probable that the future cars will be electrified and autonomous and that shared mobility will increase. The extent of the aforementioned change until 2035 depends highly on the German government and customer preferences.
Introduction: Since the first revolution of robotic-assisted surgery officially happened in 2000, the healthcare service worldwide has transformed into a new era due to its superior technological advancements, particularly in laparoscopic surgery. Da Vinci which is seen as a master-slave system and Kymerax which is categorized as a hand-held device are commonly used in robotic-assisted laparoscopic surgery. Whilst a conventional or open method requires a large incision to perform a surgery, laparoscopy - a minimally invasive surgery (MIS) is an advantageous surgical method which reduces an abdominal incision to a minimum, and effectively exploited with robots.
Methods: Based on available articles with the object of robotic surgical surgery, two SWOT analysis for Da Vinci and Kymerax were formulated to understand strengths, weaknesses, opportunities and threats of each system in comparison with the traditional laparoscopic surgery. From that, the future outlook is anticipated based on the scientific background.
Results: Alongside technological advantages of Da Vinci mainly known as 6-degree of freedom, dexterity enhancement, stereovision, tremor filtering and especially minimal invasive surgery, it still has disadvantages that are not neglectable such as huge investment and lack of haptic feedback. Although the malfunction rate of Da Vinci is not significantly high, surgeons should be aware of it to fix or alter instruments in time. Kymerax is not as advanced as Da Vinci but it can fill in the gap of the Da Vinci which includes thelarge investment and bulky instruments. The Kymerax is the low-cost hand-held device allowing multiple degrees of freedom. It is an optimal combination between traditional performance and robotic performance allowing surgeons to manipulate in their hands and ensure haptic feedback.
Conclusions: Both Da Vinci and Kymerax systems offer superior benefits for medical service due to the ongoing technological growth. The cost-effectiveness of Da Vinci system is currently a problematic issue when medical institutions consider to install them. The surgical instruments market, however, has become highly competitive which is likely leading to the decline of the costly investments. In the digital world nowadays, it will be a promising future for more integrated medical inventions.
Common problems that urbanized areas have to face are an increase in accidents, air and noise pollution, traffic jams, lower road security and reduced available space. The increased amount of carbon emissions (CO2) is creating severe consequences that can be observed in climate change. Smart Mobility can help to put under control and lower the CO2 emissions derived from the transport sector. Thus, the paper investigates the benefits and challenges of Smart Mobility. Then, through a confrontation of two benchmark areas which are successfully adopting Smart Mobility techniques, and the utilization of SWOT and data analysis, it shows that Smart Mobility can effectively lower CO2 emissions from transport. Ultimately, the NEXT-Future Transportation project is proposed as an innovative solution that addresses most of the mobility challenges and incorporates the needs for future transportation.
Iraq offers the two extremes: It is extremely rich on everything from history, people, water, culture and natural resources, and it is extremely instable. Both factors offer the perfect working atmosphere for someone loving risk, challenging danger and wanting to change something on big scale. Having the comfort of living in Germany and writing my Thesis, it allowed me to analyze the following research question: “Is working in Iraq, despite the circumstances, possible?” The answer to this question cannot be black and white. It needs a 360 degree analysis including the political situation, the legal situation, the security situation and many other factors that influence “working in Iraq”.
This Bachelor Thesis therefore moves from broad to specific. First, Iraq is being split up and the specific parts are being described. This serves the intention to clarify how difficult the situation in Iraq is. Then, an outlook on the coming months is given according to my own opinion. Going from Iraq to Italy and back intensifies the view on what was done elsewhere to overcome the “postwar status” and tries to find parallels. Going from broad to specific, the example of a planned German Bakery Shop in Nasiriya allows measuring the ability to work in Iraq on a real example. Therefore, the a Business Plan was conducted. In order to understand if such Business Plan can be applied, interviews were conducted. The interviewees are Samer and Hadeel, a restaurant owner in Nasiriya and a lawyer in Baghdad and Amman (Jordan). 19 questions were asked, summing up the issues discussed in the Bachelor Thesis and giving a clear picture what someone has to deal with when working in Iraq. The result is that working in Iraq as a German graduate is possible.
Concluding, working anywhere around the world is possible as long as someone prepares sufficiently. Personally I decided against opening a German Bakery Shop in Iraq because of several reasons which have nothing to do with the possibility of working in Iraq or not.
The current master thesis makes an effort to investigate relationships between perceived service quality, membership satisfaction, and membership loyalty at “Gesellschaft für technische Kommunikation – tekom Deutschland e.V.”, applying adjusted SERVQUAL model. To attain the formulated objectives in scope of the current research, the “Satisfaction – Profit Chain” model is applied, consisting of “Attribute Performance”, represented by SERVQUAL service quality dimensions supposed to serve as antecedent of the second component of the chain “Membership Satisfaction”, and “Membership Loyalty” in order to investigate relations between these three. The findings of the study are supposed to serve as a basis for altering the existing CRM Strategy in order to eliminate current issues within the association, develop strategic marketing capabilities, and create value for members’ attraction and retention.
How will the future of business schools in Germany look like in 2035? Scenario Planning with INKA 4
(2019)
Business schools have been largely successful in attracting students and producing publications in the last few decades. Nevertheless, this success has raised several concerns. With many variables influencing business schools, it is useful to predict how the future of business schools might look like. Hence, this paper aims to detect current trends in order to forecast and examine the future of German business schools by the year 2035. With the help of the scenario software INKA 4, future scenarios were generated. In order to develop these scenarios, various areas of influence, e.g. Environment, Supply, Demand, Pedagogy, and Technology were identified and conceptualized with regard to current research and literature. The final result consists of four distinct scenarios, which reflect the potential pathway of German business schools in the future.