Last Updated on April 17, 2021
Are you interested in knowing more about Masters in Merge Technologies for Resource Efficiency? Do you want to gain access to information on Masters in Merge Technologies for Resource Efficiency or you want know about masters in merge technologies for resource efficiency texas? Have you searched for Masters in Merge Technologies for Resource Efficiency for a while with no valid results. Then you’ve come to the right place . Find relevant info on masters in merge technologies for resource efficiency (core) and masters in merge technologies for resource efficiency .
A Master’s degree program is an ideal way to delve further into a subject field after you have finished your undergraduate degree and make yourself much more marketable to a prospective employer. Masters programs range in duration based on the amount of academic credits that are to be completed. Usually, in 12 months, a 30-credit degree will be finished. Unlike undergraduate degrees, where you take a wide variety of classes in addition to your major, graduate degrees are based on a single area of study. Many master’s degrees are taught for two years. In order to complete a Master’s degree, you would normally need to apply a ‘thesis’ in addition to studying in class, which is a dissertation about an extended study project. You no longer need to engage in a futile search for Masters in Merge Technologies for Resource Efficiency. Collegelearners.com offers you everything you need and more without putting you through any unnecessary hassle like most websites are likely to. Visit infolearners.com.
Apply for a masters degree in merge technologies for resource efficiency from a recognized technical university in Germany and get an opportunity to study one of the most popular engineering degree on free tuition in the most technologically advanced country in Europe. With a masters degree in merge technologies for resource efficiency, you will be prepared for both current and future industry challenges, you will also be ready to seize new opportunities and play a role in shaping the future of technology. This merge technologies for resource efficiency masters degree program was conceptually designed to provide a solid and versatile technical background that not only stresses practical relevance, but also employs an interdisciplinary, application-oriented approach with a strong international current, in part due to the use of English as the language of instruction.
As a graduate of this international masters in merge technologies for resource efficiency, you will have gained expertise in diverse areas. The topic of resource efficiency is a particular challenge for modern businesses, science, and technology. In a world of scarce natural, economic, and human resources, your knowledge will be a key asset. During your studies in the international Master’s in Merge Technologies for Resource Efficiency, you will develop competences for multi-approach solutions to conserve resources and achieve higher efficiency compared with conventional technologies. The MSc in merge technologies for resource efficiency links world-class teaching with the latest research in future key technologies for sustainable and resource-efficient production.
- Broader and reflective understanding of resource efficiency
- Capable of working in heterogeneous teams
- Interdisciplinarity throughout participating sciences
- Developing innovative solutions
- Using creative thinking methods
Admission Requirement For The Masters in Merge Technologies for Resource Efficiency
The international Masters Merge Technologies for Resource Efficiency is an interdisciplinary program and requires a Bachelor’s degree in one of the following fields (others will have to be verified by the examination board):
- Computer Sciences
- Mechanical Engineering
- Information Technology
- Language certificates
- CV with photo
- Copy of passport or national ID card
- If necessary, proof of previous studies and results
There are no tuition fees for this degree program.
About The Masters in Merge Technologies for Resource Efficiency
By participating in theInternational Masters degree in merge technologies for resource efficiency, you will gain expertise in industrial planning and production, consulting and research. Furthermore, working on your soft skills will help you make responsible decisions based on multiple perspectives. During your Masters in merge technologies for resource efficiency Chemnitz University of Technology, you will benefit from a long-established tradition of excellent research and teaching in natural sciences, engineering, and economics. You will build strong ties with innovation leaders in industry and business.
The merge technologies for resource efficiency masters degree will think beyond boundaries and connect with outstanding research projects across multiple faculties. With your background in natural sciences, business or engineering, you will benefit from a tailor-made degree programme. In accordance with your interests and in close collaboration with our course guidance, the Masters degree in merge technologies for resource efficiency gives you the chance to choose one out of the following six available study profiles:
Lightweight Structures | Smart Systems and Structures | Simulation and Optimisation | Life Cycle Engineering and Management | Nanotechnology and Interfaces | Chemical Production Technologies
The Masters in Merge Technologies for Resource Efficiency is structured into six different profiles. Depending on your Bachelor’s degree, you choose one from the following six profiles:
- Lightweight Structures
- Chemical Production Technologies
- Smart Systems and Structures
- Simulation and Optimisation
- Life Cycle Engineering and Management
- Nanotechnology and Interfaces
The profile-specific courses are embedded as one module in the curriculum:
1) Basic Module Resource Efficiency by Merge Technology (20 CP)
2) Specialisation Modules Scientific Methodology (10 CP)
3) Research Module (10 CP)
4) Profile Module Profile-specific Content in Resource Efficiency (40 CP)
5) Focal Modules Optional Courses (10 CP)
6) Module Master’s Thesis (30 CP)