The program covers how to design and plan the construction of buildings, roads, dams, rail networks, and building pits. All such undertakings significantly alter the environment. In this respect, civil engineering categorically distinguishes itself from architecture. For the civil engineer is primarily concerned with structural safety and functionality, on the basis of which the planning and designing of structures first becomes possible.
Bioinformatics is a young, emerging field that seeks to provide answers to life sciences questions using computer science methods. Without the use of modern computer technologies and mathematical models, it would no longer be possible to analyze the novel and rapidly growing data volumes that are generated by research in all life sciences (biology, biochemistry, chemistry, pharmacy, medicine, and biotechnology and food technology).
The bachelor's program teaches landscape ecology, nature conservation, landscape and regional planning expertise as well as environmental, economic, political and social knowledge to ensure this.The special features of the study are:the connection of nature conservation and land use with planning (landscape planning, urban and regional planning, project-oriented planning).
Mechanical engineering includes the design, manufacture and operation of technical products as machines and their components as well as equipment for the processing of energy, substances and signals (information).
The dual-subject Bachelor's degree programme Computer Science teaches students scientific fundamentals and methodology in computer science combined with an additional subject area. The great diversity of subject combinations also includes in particular the option to combine Computer Science with Humanities and Social Sciences subjects.
The study program Psychology deals with the general principles underlying human behavior, emotions, and thought, their empirical investigation, and the implications of research findings for theoretical questions and in a variety of applied settings. At the center of this program is the role of human cognitions and feelings for interaction and communication across multiple dimensions of diversity with respect to the individual, dyads, and groups and within and between societies. Understanding and explaining related phenomena, such as conflict and cooperation, involves an interdisciplinary view on the interaction of biological, psychological, and cultural processes. The program includes training in analytical and research methods, and also in a range of applied (interpersonal and intercultural) skills.
The Bachelor of Arts in Architecture study program at the Technische Universit t M nchen provides a sound foundation in the knowledge and techniques that are required for the fields in which modern architects work today.The study program is project-oriented and takes the form of research-oriented lessons. Accordingly, the education program is able to respond to areas of current research. The overall aim is to provide students with a comprehensive university education that communicates fundamental business skills while simultaneously instilling a sense of responsibility towards the built environment for the tasks in the planning process that they undertake.
France is KIT's most important cooperation partner in Europe. In addition to geographical proximity, there are many historical and strategic reasons for this. The wide-ranging cooperation between teaching and research between KIT and partner institutions in France is supported, promoted and coordinated by the office of the German-French Initiative (DeFI) of KIT.
As a science of analysis, conception, and the implementatin of information processing systems, computer science has become indispensable. With fundamental concepts such as architecture, algorithm, information, complexity, and efficiency, the statistical structure and dynamic behavior of such systems can be described and investigated. Computer science focuses on both the qualitative and quantitative classification of problems and algorithms and the solution of concrete practial problems.
The entire English-speaking world: In the English degree programme, you will get to know the entire range of anglophone language and culture: from the mastery of the language to literature, culture and new media.
Questions of law, its interpretation and validity accompany us in all situations of life. The study of law deals with these questions and is therefore very complex, but also multifaceted. In nine semesters of regular study time, the different areas are examined and analyzed. After gaining general basic knowledge and in-depth knowledge of the three main legal areas of Public Law, Criminal Law and Civil Law in undergraduate and graduate studies, a focus area study will need to select one out of a total of 11 priority areas; eg commercial and corporate law, social law with employment law, information and communication, European and international law and maritime business law. This serves the specialization in a section of jurisprudence.
The English language spread from the British Isles to North America and later into other parts of the world. In today's globalized world, it is the common language of the world in politics, business and culture.
Earth sciences are exploring the evolution of the Earth and of life since its creation until today. Scientific questions on global change, on environmental influences and risks and on the availability of demanded raw materials can be answered with the understanding of the involved geoprocesses.
Computer science is a fundamental part of our daily lives, even if we are often unaware of this. Behind a simple search query on Google hide complex processes and the efficient route planning with a navigation device is still one of the toughest tasks of our time.
The Bachelor degree course Mechanical Engineering offers you all skills mechanical engineers need for their career. With an internationally acknowledged and highly requested degree you can work worldwide, or continue studying a Master degree course.Nordhausen University of Applied Sciences belongs to the small percentage of German Universities, which have a higher-than-average proportion of research funds raised by manufacturers.
Industrial Engineering is one of the most versatile and flexible branches of engineering. It has been said that engineers make things, whereas industrial engineers make things better. The B.Sc. Industrial Engineering & Management (IEM) program deals with both the creation and the management of systems that integrate people, materials and energy in productive ways. It covers topics such as process engineering, operations research, supply chain management, engineering design, logistics, project management, and others. During their studies at Jacobs University, students are equipped with the essentials of both the management and the engineering business functions and thus they are prepared for successful careers in industry.
Mathematics as a fundamental science ranges from algebra, analysis, geometry, and topology to applications of immediate practical importance, for example, modeling fluids using partial differential equations. Mathematics often finds intriguing practical applications in surprising areas: number theory is used in cryptography, dynamical systems and wavelets are successfully employed in engineering, and mathematical game theory was the basis for economic research that s been awarded a Nobel prize. The program also includes elements of applied and computational mathematics. Math students at Jacobs University participate in research groups together with graduate students and faculty, and many have even written research articles.
Computer Science lies at the core of all modern industries, as computer systems and information technology are the basis for almost all of today s production processes. Computer technology changes constantly but there are a number of fundamental principles underlying these technologies. The Computer Science program at Jacobs University focuses on understanding these principles and their application in practice. In addition to courses dealing with core competencies (programming, software engineering, foundations of computer science), you will be covering mathematics (calculus, linear algebra, and statistics) and take courses in engineering and sciences whilst also conducting guided research.
The extensive developments in microelectronics over recent decades have triggered a digital revolution with computers as the driving force. While we still think of a computer as a desktop or a laptop, digital computing and digital signal processing have become vital for many of the products in our everyday life such as cars, mobile phones, tablets, cameras, household appliances, etc. more. The Electrical and Computer Engineering program focuses on the areas of communications, digital signal processing and control, including the enabling digital processing elements and their programming.
This program covers engineering methods and technologies relevant in making artificial mobile systems independent of permanent human supervision, i.e., that enable mobile systems to autonomous intelligent operations. Application areas include the automotive and transport industries, robotics and automation, communication technologies, marine technology, and logistics. The program also includes transdisciplinary aspects related to the study of processes that enable mobility in intelligent natural systems. Hands-on experience with technical systems and methods in state-of-the art labs are part of the program.
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