Masters Degree in the Wolfenbüttel in Germany

Best Masters in the Wolfenbüttel in Germany 2017

Master

The benefits of a Masters extend beyond improving your earning potential. They can provide you with personal and professional skills to accelerate your development. They are also an opportunity to differentiate yourself from your peers, many of whom will have similar A-level and undergraduate qualifications.

Earning a Master requires two years of education after earning a Bachelor. This advanced degree may help students to achieve their educational and professional goals, as the rigors of a Master’s program help train students in the skills and knowledge they need to land the career of their dreams.

 

Germany is a great destination for international scholarsand has a high quality higher education system. The value of this level of education has been improved by the Germany's strong economy. Foreign students enjoy excellent living standards in a secure and safe surroundings. Berlin is the capital.

Master Programs in the Wolfenbüttel in Germany

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Master in Smart Mobility and Energy Systems (IMES)

Ostfalia University of Applied Science
Campus Full time Part time 3 - 7  October 2017 Germany Wolfenbüttel + 1 more

The accredited master’s degree program “Smart Mobility and Energy Systems” is primarily directed towards graduates of a bachelors degree program oriented towards Electrical Engineering or Information Technology, that are striving for a career as a high skilled professional or manager... [+]

Best Master's Programs in the Wolfenbüttel in Germany. The accredited master’s degree program “Smart Mobility and Energy Systems” is primarily directed towards graduates of a bachelors degree program oriented towards Electrical Engineering or Information Technology, that are striving for a career as a high skilled professional or manager. Fields of Activity and Application Typical areas of application are technically demanding professional and leadership tasks as project, group, or department leader in respect to application oriented research, advanced development, product definition and development, system integration, project planning, quality management, technical distribution: In engineering offices, midsize and large industrial companies, For service companies, business consultants, In civil service, especially in the fields: Traffic Engineering, Automotive Engineering, Automation Engineering, Telecommunications Technical Study Content The master’s degree program encompasses two important subject areas in its technical focus: Power supply and future mobility; two closely related fields. Smart mobility concepts are relying on future expansion of electric mobility. This in turn is only sensible to implement with the environmental and economical promotion of energy transition. With its orientation towards electric mobility and decentralized energy concepts, the masters degree course teaches students advanced skills that qualify them for innovative and demanding tasks within the field of new mobility concepts. The degree course focuses on implementing systems of correlated complex functions. Courses also focus on enabling system-oriented thinking. This is of particular importance because aspects of system expertise are moving closer into the foreground. Companies are no longer supplying single components, but prefabricated subsystems, which, during continued development processes, will be assembled to increasingly complex complete systems. The following lectures are part of the basic courses in the program: Sensor Data Fusion Architecture of Distributed Software Systems Practicum Next Generation Networks Wireless Networks and Systems Automotive Electronics Drive Systems for Electrical Vehicles Decentralized Energy Systems and Electric Mobility Regulation of Electrical Power Supply Networks Smart Grids and Smart Metering Systems Engineering Practicum EMC Design for Testability Non-technical Course Content The programs module “Management and Law” (Management und Recht) prepares students for a later occupation as a specialist or manager in large scale development projects. The main points are basic understanding of contract and company law, personnel management, instruction and leadership of work groups as well as extended planning and control in project management. Technical Course Content As highly qualified engineers and future leaders, graduates of our Master’s program will have significantly better abilities to acquire, deepen and present technical and non-technical content than typical graduates from Bachelor’s programs. We encourage and challenge you through research papers and oral presentations, through a semester project, the master thesis, as well as integration in the teaching of bachelor courses as a tutor or lab assistant. The master thesis will be completed within one internship semester normally within the university (in exceptional cases, also in external companies) as well as abroad, if applicable. Students can apply for an omission of the tuition fees for the internship semester. The masters thesis should deal with a topic from the practice oriented research. The thesis is graded from two staff members of the faculty of electrical engineering. Formal Admission Requirements Above-average degree (overall grade 2.7 or better) Bachelor (or Diplom) degree course orientated towards electrical engineering or information technology at a German university with at least a 7 Semester period of study or at least 210 credit points (or another, at least equivalent degree course). Missing credit points can possibly be added through additional tests in subjects from the Master’s program, determined on an individual basis by the examination board. There is no limit for the actual length of previous studies A very good knowledge of the German language is required for students from non-German speaking countries. A language certificate will be required, for example the “Kleine Sprachdiplom” (corresponds to level C2) from the Goethe-Institute. Prerequisites Secure knowledge of the basics of mathematics for engineers, and electrical engineering, basic knowledge of analogue and digital circuit theory. Secure understanding of at least one high-level programing language, basic knowledge of software engineering A good understanding of technical English is required Ability to work independently under instruction Working efficiently. The challenge level is higher than in Bachelor’s programs unication. [-]