Общая Информация по Программе обучения "Energy and Automation Systems"

• Уровень: Магистратура
• Диплом: Master of Science (M.Sc.)
• Язык обучения: Немецкий
• Начало обучения: Зимний семестр
• Срок обучения: 4 семестров
• Форма обучения: Полная
• Учебные кредиты: 120 ECTS
• Стоимость: € 0 / Семестр
• Семестровый взнос: € 267.11 / семестр
• Правила приема: Без конкурса
• Минимальный уровень немецкого: C1

Карьерные перспективы по завершению программы обучения "Energy and Automation Systems"

The career prospects for graduates are very attractive on both the German and the international job market. Graduates find interesting job opportunities in many areas, such as:

• Electric drive technology for vehicles and trains
• Automation plant construction
• Robotics
• Traffic engineering
• Regenerative energy technology
• Building and security technology
• Aerospace

Successful graduation enables not only the field of work as a highly qualified engineer but also the advancement to a technology-oriented manager or the step into self-employment.

Ожидаемые результаты программы обучения "Energy and Automation Systems"

The objectives of the course are based on the requirements for the professional work of the graduates. The students should be able to solve engineering tasks in the field of automation and electrical energy technology.

The subject areas "Automation Technology" and "Electrical Energy Technology" are fundamental pillars of electrical engineering. The merging of these two subject areas in a master’s degree is obvious because of their relationship and is intended to emphasize the content-related and methodological cross-references in the training. The increasingly necessary thinking in holistic systems should also be conveyed more strongly in the course of study and is also reflected in the name of the master’s degree in Energy and Automation Systems. The master’s degree in energy and automation systems is intended to impart the following specialist and job-related skills:

1. Conveying extensive and in-depth knowledge of energy systems, especially in the areas of electrical energy conversion, electrical drives, high-voltage technology and power electronics,

2. Conveying extensive and in-depth knowledge of automation systems, particularly in the areas of modeling, control and regulation of technical processes, process management and robotics,

3. Mediation of skills for solving specific problems in the above Areas based on sophisticated scientific methods,

4. Promotion of independent knowledge and skills acquisition through increased use of independent forms of learning,

5. Conveyance of key competencies and a holistic view beyond the purely technical aspects of the problem, e.g. by taking into account economic, legal and human-scientific aspects,

6. Promotion of national and international mobility through a suitable curricular organization.

Graduates should be enabled to work scientifically, to think in an interdisciplinary manner and to analyze technical issues holistically. More complex tasks in individual courses should encourage independent work and develop team skills.