Программа обучения Power Engineering

Программа обучения "Power Engineering" в Technical University of Munich

Power Engineering

The master's program in Power Engineering deals with power plant engineering and electricity generation. Electricity generation originates principally in large thermal and hydraulic power plants and is increasingly complemented by decentralized generation technologies providing renewable energies.

Общая Информация по Программе обучения "Power Engineering"

  • Уровень: Магистратура
  • Диплом: Master of Science (M.Sc.)
  • Язык обучения: Английский
  • Начало обучения: Зимний семестр
  • Срок обучения: 4 семестров
  • Форма обучения: Полная
  • Учебные кредиты: 120 ECTS
  • Стоимость: € 0 / Семестр
  • Семестровый взнос: € 85 / семестр

Карьерные перспективы по завершению программы обучения "Power Engineering"

The completion of the master's program opens up opportunities in the energy and power plant sectors. You are able to take up positions in the manufacture of both power plants and components, as well as at energy suppliers. Further opportunities arise in the form of research positions.

Ожидаемые результаты программы обучения "Power Engineering"

As a graduate you are able to deal independently with complex projects in the area of power generation and supply. You are familiar with power plant construction and technologies and are able to interface with all associated disciplines. You know the most important processes and methods relating to power generation, energy storage and transmission and can classify and assess these. Your expertise allows you to recognize innovations in the area of electrical power supply and to evaluate their potential.

When at work you are always conscious of the technical, ecological and economic dimensions of energy systems. You understand the competitive energy market and are able to apply economic assessment methods. Working in project teams, you assume responsibility and coordinate interdisciplinary cooperation between various specialized areas.

Стажировки и практика в программе обучения "Power Engineering"

A 9-week research internship at one of the contributing institutes is mandatory. An industrial internship is not part of the Master programme.

Учебный план программы обучения "Power Engineering"

In addition to furthering core competencies in the areas of mechanical and electrical engineering, the master's program in Power Engineering offers students considerable freedom of choice. Modules are complemented by practical research.

  • In the first semester, students' previous knowledge of various disciplines is deepened through core modules in the area of electrical and mechanical engineering.
  • The second and third semesters are devoted to the deepening of specialist knowledge and to an individual focus in the context of elective modules. This phase also includes practical research, where students collaborate on current projects conducted at a teaching or research institute. A seminar deepens the knowledge acquired from the modules and offers a further opportunity to focus on a special topic of research.Students can also supplement their management competencies and self-development through modules from outside the discipline.
  • The fourth semester is devoted to the master's thesis, where the accrued knowledge of the discipline and its methods converge in the handling of a major task.
  • Учебный план / модули: http://www.mspe.ei.tum.de/index.php?id=mspe_info
    http://www.mspe.ei.tum.de/index.php?id=curriculum0&L=0
  • Факультет

    Department of Electrical and Computer Engineering
    Technical University of Munich

    Internet of Things, fast and secure communication, robotics, autonomous driving, electromobility, energy supply, health and much more - fast change and permanent innovation are the engines of progress and nothing works without electrical and computer engineering. In terms of sales and employees, electrical and computer engineering is one of the largest industrial sectors worldwide. High-performance electrical and electronic equipment and systems as well as corresponding efficient algorithms and networked data processing form the basis for the great future topics of our society: digitization, Industry 4.0, cyber security, energy supply and mobility of the future, aging society, etc.

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    Power Engineering