Программа обучения Aerospace

Программа обучения "Aerospace" в Technical University of Munich

Aerospace

Start your personal “Mission Earth” with the Bachelor’s Program Aerospace. This study degree program of 6 semesters (3 years) is fully taught in English and is the ideal entry to the global topic of aeronautics and astronautics.

Общая Информация по Программе обучения "Aerospace"

  • Уровень: Бакалавриат
  • Диплом: Bachelor of Science (B.Sc.)
  • Язык обучения: НемецкийАнглийский
  • Начало обучения: Зимний семестр
  • Срок обучения: 6 семестров
  • Форма обучения: Полная
  • Учебные кредиты: 180 ECTS
  • Стоимость: € 0 / Семестр
  • Семестровый взнос: € 85 / семестр
  • Правила приема: На основе конкурса
  • Минимальный уровень немецкого: C1
  • Минимальный уровень английского: B2

Описание программы обучения "Aerospace"

Today, aerospace and Earth observation technologies are undergoing an interactive transformation that is revolutionizing the entire industry and will continue for decades to come. Start-ups and established companies continue to find new answers to questions about the mobility of the future, while China and the USA compete for dominance in space.

To solve technically complex problems in the field of aerospace, a comprehensive understanding of the overall system and a holistic approach is essential.
Therefore, the Bachelor Aerospace offers interdisciplinary education with solid basic knowledge, which also includes related engineering and navigation disciplines, to provide future aerospace engineers with the perfect foundation to enter a career in the international professional field of aerospace research and industry.

Graduates of the program are ideally prepared to advance complex technical and, above all, sustainable solutions for mobility in times of global ecological, economic and political challenges.

Карьерные перспективы по завершению программы обучения "Aerospace"

The program trains engineers with solid basic knowledge ranging from mathematics and materials to fluid physics and computer science. The strong technical specialization in the aerospace sector makes graduates perfect candidates for further studies in the engineering field (e.g. consecutive in the Master Aerospace) or for a job in engineering (e.g. in industries such as aerospace, automotive, design, etc.)

Ожидаемые результаты программы обучения "Aerospace"

The program provides a solid foundation in aerospace-specific core disciplines (mathematics and systems theory, solid mechanics, fluid mechanics and thermodynamics, materials and machine elements, electrical and information engineering) and builds on this with practical structured and open course formats and a range of specialization offerings. It also furthers the ability to work in international and culturally diverse teams.

Международный обмен по программе обучения "Aerospace"

The TUM School of Engineering and Design offers many opportunities for a study-related stay abroad. Good reasons for studying abroad are to expand your own horizons, to develop your personality, to improve your knowledge of the respective language and to get to know other (specialist) cultures and ways of life.

Учебный план программы обучения "Aerospace"

The program consists of 19 compulsory modules distributed over the first four semesters. In the fourth semester, in addition to the compulsory modules, the "System Elective" can already be selected from a catalog of elective modules. In the fifth and sixth semesters, the focus is then entirely on the practical application of the theories and competencies from the first four semesters, as well as on focusing and specializing based on individual interests. In the fifth semester, students are expected to expand their knowledge practically in the specialized internship, the "Engineering Internship", and in the group project, the "Engineering Project". The academic internship of the Aerospace Lab Course I and the elective module catalog of the "Modeling Elective", further optional "Engineering Electives" as well as a smaller "Supplementary Course" allow students to sharpen their personal competence profile. In the sixth semester, in addition to further elective modules and even greater freedom of choice, the focus is on the bachelor thesis, with which students demonstrate that they have learned to work independently and scientifically on a question.

  • Учебный план / модули: https://wiki.tum.de/x/YwI0N
  • Факультет

    School of Engineering and Design
    Technical University of Munich

    Whether we are researching the fundamentals of life, matter, and the universe or looking for solutions to the major challenges facing society: Humans are the focal element of research, innovation and teaching at the TUM School of Engineering and Design (ED). Learn more about the faculty at TUM, one of the world's most excellent universities.

    Методика оценки заявок

    As part of the first stage of the aptitude assessment process, an assessment is carried out based on the criteria:

    1. Average grade of the HZB and
    2. subject-specific individual grades

    The grades listed in the HZB in the subjects mathematics (three times), English (single) and at least one natural science or computer science (two times) that will be continued until the HZB is obtained are used as subject-specific individual grades. If several natural science subjects have been continued, their grades can also be stated and taken into account with double weighting.

    The average grade earned from the last four semesters before obtaining the HZB is used - including, if necessary, the final grades in these subjects listed in the HZB. If no half-year grades are shown, the average grades shown in the HZB will be used accordingly. The grades for the specialist thesis or a comparable achievement will not be taken into account.

    The subject-specific individual grades are added together and divided by the weighted number of individual grades.

    3. Extracurricular qualifications or additional qualifications relevant to your course of study. The extracurricular qualifications or additional qualifications that are relevant to the course of study are a maximum of relevant vocational training or apprenticeship, a subject-relevant internship of at least four weeks, successful participation in the MINT course (orientation semester at TUM) and successful participation in the “Jugend forscht” competition. or “Mathematics Olympiad” (at least award at state level) will be taken into account.

    The following applies to carrying out the assessment:
    1. The average HZB grade is converted into points (HZB points) on a scale from 0 to 100, where 0 represents the worst possible rating and 100 represents the best possible rating. The scale should be chosen so that an HZB that has just been passed is given 40 points. Anyone who claims that they were prevented from achieving a better average grade at the HZB for personal reasons for which they are not responsible will, upon request, be included in the process with the average grade, which is proven by school reports.

    The overall evaluation of the first level is the sum of the HZB points multiplied by 0.5 (see No. 1) and the points from No. 2 multiplied by 0.5 as well as the total number of additional points from No. 3.< /p>

    Result of the first stage of the aptitude assessment
    1. Anyone who achieves 78 points or more in the first level will be admitted. This does not apply if the continued subject-specific individual grades in the subjects of mathematics, English and a natural science or computer science continued until obtaining the HZB were not shown in the HZB. Even if the number of points is achieved, subject-specific suitability must be proven by completing the second stage of the procedure.

    2. If the point value calculated in accordance with paragraph 2 is 70 or fewer points, applicants are considered unsuitable. This also applies if applicants are missing subject-specific individual grades.

    The remaining applicants go to the second stage of the aptitude assessment process.

    As part of the second stage of the aptitude assessment process, you will be invited to a selection interview. The date for the selection interview will be announced by the commission at least one week in advance.

    Implementation: Second stage

    As part of the second stage of the aptitude assessment process, the average grade from the HZB and the result of the selection interview are evaluated, whereby the average grade from the HZB must be taken into account at least equally.

    The selection interview is not public and will be held in English.

    The duration of the conversation is at least 15 minutes and should not exceed 25 minutes. The aim is to determine whether the applicant can be expected to achieve the aim of the course of study independently and responsibly on a scientific basis.

    The content of the conversation covers the following topics:

    1. mathematical knowledge that does not only refer to pure arithmetic skills, but also refers to mathematical-logical skills that can be applied to solve engineering problem areas that arise in the Aerospace bachelor's degree program,

    2. Knowledge in the areas of technology and natural sciences, including computer science, that goes beyond the basic understanding, in particular the ability to apply common concepts and terms to engineering questions,

    3. Ability to combine previous knowledge from methodologically fundamentally different subject cultures and thus demonstrate the existence of an interdisciplinary problem-solving strategy necessary for successful work in engineering,

    4. Extracurricular qualifications and commitments in the natural sciences and engineering areas as well as at their interfaces that support the study program,

    5. Language skills combined with a clear and precise ability to argue in English.

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