Study Master in Engineering and Technology in Germany
Overview- Study Engineering and Technology in Germany
Engineering is the most popular degree for international students in Germany. As of Winter Semester 2017/18, a total of 139,559 international students were attending German engineering schools. This fact is not due to unexplained randomness, but an effect of global excellence in teaching and research, built upon a long and rich tradition in higher education and a revolutionary approach toward future engineering challenges. German Engineering schools consistently make into the list of the best engineering universities in the world according to many relevant rankings. Overall, they’re valued for their forward-looking education methodologies, practice-oriented study programs, excellent academic staff, modern facilities and outstanding future prospects.
Study modules are highly flexible to enable you to match the program with your personal academic interests. Whatever engineering degree you will be studying practice will account for a large part of your studies, because the aim is to make a skilled engineer out of you. In addition, their professorship is made of leading researchers in their individual engineering disciplines.
Why study Engineering in Germany?
- Germany is a leader in the field of technology.
- State of art, high tech equipment.
- No tuition fees for most programs at state universities.
- Research and collaboration with industry.
- Need of Engineers in Germany.
- Huge number of jobs available for Engineers in Germany.
English taught Master programs in Engineering in Germany
Germany is one of the top destinations on the list of non-English speaking countries with a large popularity among international students. This is due to the fact that most Engineering schools in Germany offer Master's programmes in English specifically dedicated to foreign students. All study degrees have high academic standards including for Engineering and Technology specialisations. Germany has always been at the forefront of cutting-edge research. German universities and centres of research have always worked closely with companies and industries and developed close symbiotic and strategic relationships. This gives students exciting opportunities to use the skills they learn in Engineering degree courses in real life scenarios to solve real problems.
Germany offers more than 1000 programs in English medium at bachelor and master level for engineering studies and each year the number of the English taught programs is on the rise at public and private universities given the huge demand from International students. Out of 100s of programs offered, you are sure to find one related to your interests for your higher education and career.
- Architectural and Cultural Heritage
- Architectural Lighting Design
- Building Sustainability Methods for Energy Efficiency
- Construction and Real Estate Management
- COOP Design Research
- Heritage Conservation and Site Management
- Infrastructure Planning
- Integrated Design
- Integrative Technologies and Architectural Design Research
- Interior Design
- Landscape Architecture
- Landscape Architecture & Green Space Management
- Resource Efficiency in Architecture and Planning
- Sustainable Urban Development
- Transformation of Urban Landscapes
- Urban Agglomerations
- Urban Design - Revitalisation of Historic Cities
- Urban Development
- Medical systems Engineering
- Biomedical Engineering
- Medical Engineering
- Biomedical Systems Engineering
- Computer Engineering
- Information Engineering
- Web Engineering
- Data Engineering and Analytics
- Software Engineering
- Information Engineering and Computer Science
- IT Engineering
- Distributed Systems Engineering
- Software Systems Engineering
- Research in Computer & Systems Engineering
- Software Engineering and Management
- Software Engineering for Industrial Applications
- Data Science
- Software Technology
- Advanced Computational and Civil Engineering Structural Studies
- Advanced Computational Methods in Civil Engineering
- Computational Engineering
- Computational Mechanics
- Computational Methods in Civil Engineering
- Digital Engineering
- Engineering and Sustainable Technology Management - Focus on Digital Building Infrastructure
- Environmental Engineering
- Geomatics Engineering
- Hydro Science and Engineering
- Hydrogeology and Environmental Engineering
- Management and Engineering in Structural Engineering and Risk Management of Industrial Facilities – CONSTRUCT
- Mining Engineering
- Natural Hazards and Risks in Structural Engineering
- Railway Systems Engineering in Transport Engineering and Mobility
- Road Traffic Engineering
- Water Engineering
- Water Resource Engineering and Management
- Water Resources and Environmental Management
- Water Science and Engineering
Electrical/Electronics and Communication Engineering
- Advanced Signal Processing and Communication Engineering
- Automation and IT
- Automotive Software Engineering
- Communication and Media Engineering
- Communication and Multimedia Engineering
- Communications and Information Technology
- Communications Engineering
- Electrical and Information Technology
- Electrical and Microsystems Engineering
- Electrical Communication Engineering
- Electrical Engineering
- Electrical Engineering and Embedded Systems
- Electrical Engineering and IT
- Electrical and Information Engineering
- Electrical Power Engineering
- Electronic Systems and Engineering Management
- Electronics Engineering
- Embedded Systems Engineering
- Energy Engineering
- Energy Systems
- Information and Automation Engineering
- Information communication Engineering
- Microsystems Engineering
- Power Engineering
- Renewable Energy Engineering and Management
- Renewable Energy Systems
- Software Engineering for Embedded Systems
- Solar Energy Engineering
- Sensor Systems Technology
Mechanical, Automotive & Aerospace
- Aerospace Engineering
- Aeronautical and Aerospace Engineering
- Aeronautical Management
- Automotive Engineering
- Automotive Production Engineering
- Mechanical Engineering
- Production Engineering
- Systems Engineering
- Engineering in Production systems
- Design and Development in Automotive & Mechanical Engineering
- Process Engineering
- Systems Engineering in Manufacturing
- Manufacturing Technology
- Materials Science and Engineering
- Production Engineering and Management
- Process Safety and Environmental Engineering
- Sustainable Systems Engineering
- Metallurgical Engineering
- Materials Science and Engineering
- Systems Engineering and Automation
- Functional Advanced Materials and Engineering
- Automotive Service Technology and Processes
Individual programs and universities have their own selection criteria for admission in those programs. However, the basic admission requirements are as follows:
- 70% Marks or CGPA 3.0 in 4 years Bachelor’s degree (at least 2.5 on the German Grade Scale).
- English proficiency documented by IELTS 6.5 or equivalent in other tests. A few universities may accept IELTS 6.0 for application for English taught Master programs in Germany
- Some work/research experience has added advantage during your application selection process.
- Basic Knowledge of German A1 preferred by most universities.
- Some highly competitive programs may require grades equivalent to 2.0 (on the German Grading Scale) which is roughly 80% marks in Nepal.
- Some universities may require German language proficiency A1/A2 at the time of the application.
- Highly competitive programs may require good score in GRE at the time of application.
How can I study in Germany?
1. Get all the information you need for an informed decision making
- Get FREE assessment of your qualifications to know whether you are eligble to study in Germany or not.
- Schedule an online/in person counseling session
- Receive tailored information based on your qualifications and study options
- Our consultants will provide you the best guidance available based on your qualifications and interests along with the details of costs required for your informed decision making.
2. Submit your Application documents for university Application process
- If you do not have the required IELTS score you are welcome to enrol in our Intensive IELTS preparation followed by submission of university application upon the arrival of your IELTS Test Report form.
- If you already meet the entry requirements, submit your application documents followed by enrollment in our Intensive German language courses for your day to day life and to find some part time jobs during your semester breaks. Students applying for English taught master programs are encouraged to join our Standard German courses in order to prepare themselves for their day to day life in Germany.
- Our consultants will help you choose the program of your interest and explain you the documents required for your university application at this stage once you have decided positively.
3. Pay the required fees
You can pay the required fees if required directly to our bank account or pay online through the online payment platform either using your debit/credit card or e-Sewa account.
4. Receive your admission
Once we have received your university admission, we shall start your preparation for study visa application.
5. Submision of your Visa Application
Schedule an appointment and submit your visa application in person and collect your visa upon the positive decision by the German Embassy.
6. Make necessary Travel Arrangements
Book a flight and inform us of the travel dates so that we can arrange the airport pick up and accommodation for you if required.
7. Enrolment at the university
- Arrive at the university, get enrolled and start your studies in the first semester Master degree studies.
- Start your studies in your chosen program upon enrolment followed by orientation.
Interested in studying in Germany? Get Free Assessment of your Qualifications.