Программа обучения Physics

Программа обучения "Physics" в Ludwig Maximilian University of Munich

Physik

Physics is the basis of all natural sciences up to and including medicine. It has the task of experimentally exploring the laws of the world in all their complexity and diversity from the unimaginably small scale of elementary particles to the immense scale of the universe, to grasp them theoretically and, if possible, to show applications. The concrete problems that physics deals with experimentally and theoretically change over time, as the experimental and theoretical requirements must always be met in order to be able to address certain questions in a satisfactory manner. This dynamic aspect guarantees that physics is a constantly evolving science that succeeds in deciphering the fundamental mechanisms of increasingly complex natural processes using modern methods. The constant further development of experimental and theoretical methods in physics means that more and more new areas of nature are becoming accessible to scientific research - areas that lie beyond the limits of traditional physics. It is increasingly possible to elucidate fundamental physical mechanisms that can only be described phenomenologically in related sciences such as chemistry, biology and medicine.

Общая Информация по Программе обучения "Physics"

  • Уровень: Бакалавриат
  • Диплом: Bachelor of Science (B.Sc.)
  • Язык обучения: Немецкий
  • Начало обучения: Зимний семестр
  • Срок обучения: 6 семестров
  • Форма обучения: Полная
  • Учебные кредиты: 180 ECTS
  • Стоимость: € 0 / Семестр
  • Семестровый взнос: € 152.30 / семестр
  • Правила приема: Без конкурса
  • Подходящий курс Штудиенколлег: T-Kurs

Описание программы обучения "Physics"

Physics therefore fulfills a central bridging function among the natural sciences in a special way. The Faculty of Physics at LMU has therefore consistently set itself the goal of researching the physical principles of scientific processes. With this orientation, physics at the LMU is positioned complementarily to the orientation of other institutions where the application aspect or technical usability is clearly in the foreground.

Studying physics also means dealing with technologies today that will only be used in the future. In this respect, physics training makes a decisive contribution to not only enabling young people to find their way in the information and knowledge society, but also actively helping to shape and develop it further.

Карьерные перспективы по завершению программы обучения "Physics"

The physicist's profession is characterized by the great variety of possible work areas. In industry, physicists mainly work in research and development, sales and marketing, controlling and, moreover, in strategic fields such as management consulting and management.

Physicists work in a wide variety of research areas at state and semi-state institutes; They are also required, for example, in environmental protection, especially in radiation protection, in medical technology, in patents and documentation, and in science administration.

You work in research and advice in areas in which physical thinking and measuring methods are applied, such as astronomy, meteorology, geophysics, oceanography, chemistry, biology, materials science, medical technology, data processing, as well as medical physicists at the clinics, mostly in a team Graduates from other disciplines.

Last but not least, they are also responsible for teaching this subject at technical colleges and universities; Physicists are also employed in other teaching-related fields of activity, such as in-house training or adult education, but also in science journalism.

Due to their broad training, the physicists are predestined for employment in non-subject areas in which either no training courses of their own exist yet or in which the needs cannot be met by those trained in this area. In the past such areas were e.g. B. Electrical engineering, physical chemistry, biophysics and computer science. Last but not least, physicists are needed where scientific questions arise that cannot be solved using conventional procedures and methods.

The rapidly developing information technology demands a highly qualified workforce. Physicists are familiar with these technologies and therefore have excellent career prospects; however, they are currently not being trained in the necessary numbers, as the industry constantly complains.

Ожидаемые результаты программы обучения "Physics"

Further courses of study at the LMU

  • Master's degree in theoretical and mathematical physics
  • Master's degree in physics
  • Master's degree in astrophysics
  • Master's degree in meteorology

Учебный план программы обучения "Physics"

The course is designed over six semesters, divided into a basic and a specialization phase. It concludes with the creation of a qualification thesis.

The aim of the bachelor's degree is to guide the prospective physicists to think physically, to familiarize them with the methodology of physics and, in addition, to impart knowledge in the most important sub-areas of physics. Physical thinking requires learning an exact language whose grammar is based on logic and mathematics and whose (physical) terms are precisely defined, quantitative and measurable. The basic laws of physics and their physical methodology - analytical and empirical procedures, verification or falsification of quantitative statements by measurement - form the basis and the model of all natural sciences and most technical disciplines. The ability to think physically and to proceed physically methodically in theory and experiment is developed during the course in the interplay between lectures, exercises, internships and seminars. In the final bachelor thesis, the students should apply the knowledge they have acquired during their studies to solving a new physical problem and thus test their ability to solve new tasks in professional life. A strong ability to think analytically and to experiment favors the success of the course. A good knowledge of at least the English language proves to be indispensable in the course of the course. It is just as important that students learn to use at least one (higher) programming language at the latest in the course of their studies. Short practical activities in industry (development, production) or in other laboratories before or during the course are recommended.

The bachelor's examination to be taken during the course forms the professional qualification of the bachelor’s degree in physics. The bachelor's examination determines whether the student has an overview of the context of the subject and can critically assess it, has the ability to apply its scientific methods and findings and has acquired the thorough specialist knowledge necessary for the transition to professional practice.

Key qualifications are also taught as part of the courses in this bachelor's degree. Key qualifications are in particular

  • Ability to research, evaluate, condense and structure knowledge and information,
  • Overview of relevant areas of knowledge in the respective subject,
    connected thinking,
  • Organizational and transfer skills,
  • Information and media literacy,
  • Learning and presentation techniques,
  • Teamwork and communication skills,
  • Language skills as well
  • IT knowledge and skills.
  • Учебный план / модули: https://cms-cdn.lmu.de/media/contenthub/studiengangsfinder/downloads/17_mhdb_bsc_physik_180_ects_psto_31_01_2007_stand_13_06_2013.pdf
    https://cms-cdn.lmu.de/media/contenthub/studiengangsfinder/downloads/1014-17ph-ba-2006-ps01.pdf
    https://www.physik.lmu.de/de/studium/studiengaenge/bsc-physik/index.html
  • Факультет

    Faculty of Physics
    Ludwig Maximilian University of Munich

    The spectrum of research and education at the Faculty of Physics

    Physics is the foundation of all the sciences, including medicine. It explores the laws of the physical world, in all their complexity and diversity, from the unimaginably tiny scale of elementary particles to the immense scale of the universe, in order to quantify them through experimentation, base them in theory and derive possible applications.

    The concrete subjects that physics deals with experimentally and theoretically change over time because it is only after researchers have established the experimental and theoretical fundamentals that they can tackle specific problems in a satisfactory way. This dynamic aspect guarantees that physics remains a constantly evolving science capable of unlocking ever more complex natural processes with the latest methods. The constant revision of experimental and theoretical methods in physics means that more and more areas of the natural world are made accessible to scientific exploration – areas beyond the limits of traditional physics. To an ever greater degree, we are able to explain fundamental physical mechanisms that adjacent sciences such as chemistry, biology and medicine have only been able to describe phenomenologically.

    Thus, in a unique way physics plays a central role as a bridge between the sciences. For this reason the Faculty of Physics at LMU Munich has very deliberately made it its aim to explore the physical foundations of the processes of science. With this orientation, physics at LMU Munich takes a complementary position among other institutions that foreground the applications side or technical usability.

    The Faculty of Physics focuses its research around the following core fields:

    • Astronomy and astrophysics, cosmology
    • Molecular biophysics, statistical physics
    • Solid state physics, nanophysics
    • Elementary Particle Physics
    • Mathematical Physics
    • Laser physics and quantum optics
    • Meteorology
    • Medical Physics
    • Physics education

    Studying physics also means encountering many technologies now that will not come into general use for many years. In this way, physics education is essential for equipping young people not only to find their way in today's information and knowledge society but also to actively shape its development for years to come. Information technology is evolving at a breathtaking pace, putting highly qualified workers in strong demand. Familiar as they are with all its fundamentals, physicists enjoy excellent career opportunities; however, as the private sector constantly bemoans, there are not enough young physicists in the pipeline. Helping to further careers and also groom more physicists is another educational aspect we offer: the subject- and instruction-based certification of physics teachers for all levels of schools.

    At the Faculty of Physics, tomorrow's physicists and meteorologists are being trained today. Our scientifically grounded education unifies research and instruction. And the Faculty of Physics carries out instructor evaluations every semester to assure quality control.

    At undergraduate level, the Faculty of Physics offers students the choice between a bachelor's degree in physics and a bachelor's degree in physics plus a minor. Our graduate programs include master's degrees in physics, astrophysics and meteorology, as well as an elite master course in theoretical and mathematical physics. We also offer PhD degree programs in physics, astronomy and meteorology, which lead to the degree Dr. rer. nat.

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