Программа обучения Transportation

Программа обучения "Transportation" в Technische Universität Berlin

Verkehrswesen

Университет
Technische Universität Berlin
Степень
Бакалавриат
Специализация
Transport
Стоимость
0 € / Семестр

In the bachelor’s degree in Transportation, you will design means of transport, test engines, research accidents or cause ocean-going ships to capsize in simulations. In a way that is unique in Germany, the course combines basic training with the teaching of in-depth, application-related and method-oriented specialist knowledge: You will acquire sound basic knowledge of scientific, mathematical and engineering content. In addition, there is specialist knowledge of the development and operation of means of transport, the construction and operation of transport routes and the complex interaction of the various transport systems. For a specialization during your studies, you can choose between the areas of ship and ocean engineering, planning and operation in transport, aerospace technology, vehicle technology or general transport.

Общая Информация по Программе обучения "Transportation"

Уровень: Бакалавриат
Диплом: Bachelor of Science (B.Sc.)
Язык обучения: Немецкий
Начало обучения: Зимний семестр
Летний семестр
Срок обучения: 6 семестров
Учебные кредиты: 180 ECTS
Стоимость: € 0 / Семестр
Семестровый взнос: € 306.99 / семестр
Правила приема: Без конкурса
Минимальный уровень немецкого: С1
Подходящий курс Штудиенколлег: T-Kurs

Описание программы обучения "Transportation"

In a unique way in the Federal Republic of Germany, the study program Transportation at the TU Berlin combines basic education in natural science, mathematical and engineering subjects with in-depth and method-oriented training in one of the four selectable traffic-specific disciplines: Marine and Marine Engineering, Planning and Operation in transport, aerospace engineering and automotive engineering.

Карьерные перспективы по завершению программы обучения "Transportation"

As a graduate of the bachelor's degree, you have various options: the advanced master's degree in automotive engineering, aerospace engineering, planning and operation in transport, ship and marine engineering (at the TU Berlin) or direct career entry. Opportunities for traffic engineers can be found in a wide range of fields, for example:

• in aerospace engineering in the field of assessment and integration of new technologies or development and management of complex networked aviation systems,

• in ship and marine engineering in the field of planning ships and floating systems in the sea,

• in vehicle technology in the field of development, project planning and production of motor and rail vehicles or the preparation of usage, competition and profitability analyses,

• in planning and operation, in the analysis of traffic relationships and traffic-generating structural variables in traffic planning, in the dimensioning of traffic systems or in environmental impact assessments of traffic measures.

With a profile in the field of general transport, you set the course in which of these four areas you would like to gain professional qualifications by setting your individual focus during your studies.

Ожидаемые результаты программы обучения "Transportation"

Options for Master at TU Berlin:

Automotive Engineering Master's degree
Master Degree Program Aerospace Engineering
Master program Planning and Operation in Transportation
Master of Science in Marine and Marine Engineering.

Международный обмен по программе обучения "Transportation"

You can usually complete parts of your studies abroad, either through a semester abroad or internships.

Стажировки и практика в программе обучения "Transportation"

An 8-week non-university internship is a mandatory part of the bachelor's degree. The focus of the internship is getting to know more complex procedures and processes of later engineering work. The content of the internship should be closely related to the chosen majors.

Учебный план программы обучения "Transportation"

The bachelor's degree in transport has a modular structure. A module bundles course content on a specific topic. Various forms of study and teaching are often offered within a module, for example lectures, exercises, seminars and practical projects. In each module, a fixed number of credit points and specific coursework and examinations must be completed.

Through the combination of basic and professional relevance, the bachelor's degree in transport gives you an understanding of transport that goes beyond a technical specialization. You learn to consider traffic as an overall system of technical, ecological, economic and planning components that are embedded in the respective social framework. You will acquire profound knowledge with which you can recognize, understand and assess technical and planning relationships as well as their application and use in traffic-related issues. The course enables you to work with the latest technology and to adapt it to the changing structures of traffic needs and traffic systems, and thus to make an engineer-specific contribution to solving today's relevant traffic problems from a holistic perspective. In addition, the course includes the teaching of interdisciplinary qualifications, such as independent and responsible action and creative collaboration in interdisciplinary groups.

Учебный план / модули: https://redaktion.tu.berlin/fileadmin/www/10000050/1_Studium_und_Lehre/Ordnungen_und_Leitlinien/Studienverlaufsplan/Verkehrswesen_B.Sc._2018.pdf
https://www.static.tu.berlin/fileadmin/www/10000000/Studiengaenge/StuPOs/Fakultaet_V/Verkehrswesen_B.Sc._2018.pdf
https://www.static.tu.berlin/fileadmin/www/10000000/Studiengaenge/StuPOs/Fakultaet_V/Verkehrswesen_B.Sc._2009.pdf
https://moseskonto.tu-berlin.de/moses/modultransfersystem/studiengaenge/anzeigen.html?studiengang=39

Факультет

Faculty V of Mechanical Engineering and Transport Systems

Technische Universität Berlin

Faculty V of Mechanical Engineering and Transport Systems combines classical engineering sciences such as Mechanical Engineering, Automobile Technology, Computational Engineering Sciences, Microtechnology, Medical Engineering and Aeronautics, as well as Psychology and Ergonomics, under one roof. The area where people, technology and society meet forms the basis of the framework of our diverse focal points in research and teaching. With this profile, Faculty V is both a unique and highly interesting training school in the realm of engineering sciences, in which people are the key focus: technology is not seen as merely an end in itself, but rather in close interconnection with society. We like to stick to the tradition of German engineering, which has always been characterized by its particularly close relationship with the working world, based on the scientific review of technological and economic problems.

We offer four bachelor courses and thirteen master courses, including the international master course "Global Production Engineering". Further innovative bachelor and master courses are currently being planned.

A constantly increasing number of students - in 2016 approximately 5300 students enrolled - clearly shows the attractiveness of our Faculty, and has also forced us to introduce an across-the-board 'Numerus Clausus' policy (enrollment quota). With the strengthening of the applied approach in our courses, the comprehensive introduction of bachelor and master courses as a requirement for the easier recognition of university qualifications both abroad and within Germany, and numerous study and research cooperation agreements with partners from the academic and economic spheres on every continent, we are able to face the demands of a globalized world.

Research turns money into knowledge, while innovation turns knowledge into money. This guideline of our Faculty is put into effect via research teams, the founding of new companies, institutes affiliated to the university, and the double institute of the TU Berlin and the Frauenhofer Society: with its circular test hall, the architectural icon of the production engineering center symbolizes the quadrature of production engineering.

The integration of research in our teaching opens up perspectives for an education that is viable for the future and has strong ties to research. With this approach we are able to place a higher priority on offering specialized knowledge as well as a more general education and personal development. With essays, research projects, and a final thesis, as well as industry-related doctorates, not only are new processes, knowledge, technology, machines and systems developed at our Faculty, but also people with a higher level of academic and social competence. Furthermore, by encouraging creativity and teamwork amongst our students, we prepare them for their future roles as academic and professional leaders.
With our seven institutes and an efficient Faculty Service Center, we are well equipped for the challenges of the coming years. We know that excellence and innovation cannot simply be prescribed, but have to be worked for: the future comes on its own, but progress does not. We invite you to face these challenges with us!

Методика оценки заявок

NC WS2018 / 19: All approved

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Transportation

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Программа обучения Transportation