Learn more about the most popular universities and programmes in Munich, Germany.
Explore the most popular universities and programmes to study abroad in Munich, Germany.Continue reading
Design degrees focus on fundamental aspects of design activity, from comprehension and methodology to values and philosophy. Design is often the first step before executing a certain product that has to follow certain aesthetic features and also respond to certain customers’ needs. Students enrolled in a Bachelor or Master in Design will learn to define the particularities of a certain object or concept, shape, size, colour, environment, costs, functionalities, utility, constraints, etc.
The use and attributes of design are becoming more and more diversified and are nowadays present in many different business sectors, from architecture and civil engineering, to organizational and human behaviour. A designer may work in different fields of activity such as: fashion design, interior design, graphic design, industrial design, web design and more. Students will be equipped with illustration skills as they have to be able to develop original ideas and concepts, as well as technical capabilities. They will also develop research and planning skills – in order to set a strategy for approaching each project, creativity and attention to detail.
Although most graduates of design work in media, advertising or software technology, other popular career options include: exhibition designer, interior designer, landscape architect, multimedia specialist, fashion designer and more.
Materials science deals with the structural analysis of materials, the discovery of new material substances and their application to various industries. The materials engineering field looks into relationships between properties of materials and their mechanical structure at the atomic level.
Professional scientists and engineers develop materials such as metals, ceramics, semiconductors, polymers, composites and biomaterials that other engineers need for their designs. The right materials help drive product innovation in all industries from aircrafts, medical equipment, gadgets, to musical instruments and environmental friendly technologies.
Materials engineering is based on supportive areas such as thermodynamics, statistical mechanics and nanoscience. Study programmes in material sciences combines in-depth knowledge of the physical, chemical and mechanical properties of materials with the training in production techniques and the selection of appropriate materials for a wide range of applications. Universities offer a wide range of specialisations in the field, such as magnetic and nano-materials, structural materials, electronic materials and interfaces, energy materials and application, biomaterials, and more.
Graduates learn how materials behave and how their properties change during the process of raw materials becoming designed products. Most professionals work in offices using computer-aided design (CAD) software or in development labs, where they have access to cutting-edge equipment. Others work as supervisors in factories or research institutes.
Electronics is a technical and scientific discipline that studies physical, non-linear, electric systems or electronic components and the circuits that include these physical elements or the electronic circuits. Electronics has nowadays tremendous application in almost all fields one can think of, from communication, medicine, military equipment to the entertainment industry.
Embedded technology studies the combination of computer hardware and software within a device that is designed to perform a specific and repetitive function. Embedded devices are found inside anything electronic that seems intelligent such as automobiles, mobile phones, microwave ovens, digital cameras and other gadgets that we use today.
Students who apply to a Bachelor’s or Master’s degree in electronics and embedded technology will learn how to select, adapt and develop hardware/software components. Electronics and embedded technology programmes combine theoretical knowledge with a lot of laboratory work that are meant to teach, prove, test and apply the laws and theorems that dominate the field.
Graduates from electronics and embedded technology can mostly find jobs in the automotive, computer technology and consumer electronics industries and choose from the follow career options: embedded system engineer, embedded systems designer, software engineer, design engineer, electronics technologist/engineer, electronics drafter, software/chip developer.
Horticulture is the agronomic science that deals with the study of growing trees, vegetables, flowers, and landscape architecture. The horticulture discipline is concerned with cultivating plants for human consumption, but also for medical purposes or simply for aesthetic pleasure. Horticulture also combines science and technology with art and design principles.
Horticulture is divided into five main branches: pomology, viticulture, floriculture, oenology and landscape architecture.
Course topics in horticulture cover plant biotechnology, environmental and horticultural biology, urban ecology, wild plant identification, fruit development, and more. Programmes in horticulture also offer the opportunity to combine theoretical information with practical training in greenhouses.
By studying horticulture, students gain knowledge of plants and ways to care for them, and they will be able to make correlations between environmental factors and plant cultivation. Future horticulture professionals also learn to establish the proper design principles for landscape gardening.
Graduates may find job opportunities in areas including: landscape design, floral event planning, crop development and plant genetics. They usually follow jobs like: horticulture engineer, gardener, green keeper, advisor, researcher or teacher.
The future definitely sounds intriguing for Automotive Engineers as they continue to develop the next generation of hybrid cars, while standing at the forefront of innovations like flying or self-driving cars. Automotive Engineering is a sub-field in the Engineering and Technology field involving the design, production and manufacturing of cars, trucks, buses or motorcycles.
Automotive engineers combine tools and methods used in mechanical, electrical, electronic, safety and software engineering, integrating both aesthetic as well as safety features. Within the Automotive Engineering field, you can devote your energy in either the design, the research and development or the production of vehicles and automotive components.
Students who graduate from a Bachelor’s or Master’s degree in Automotive Engineering find career opportunities as:
• Automotive manufacturing engineer
• Automotive technical consultant
• Automotive designer
• Quality assurance manager
Health sciences is a general term including all the applied disciplines involved in the delivery and improvement of healthcare. Bachelors and Masters in Health Sciences include knowledge from other fields, such as natural sciences, technology, engineering and mathematics, which can be applied in clinical healthcare research and practice, and in public health education. There are more than 50 different specialisations within the field, which can be grouped into three major disciplines: physiological sciences, clinical engineering and medical physics, and life sciences.
Universities and colleges generally offer degrees in health science at the undergraduate level, Bachelor of Science or Bachelor of Professional Studies, but also provide graduate degrees. Specialisations in health sciences include anatomy, physiology, pharmacy, radiography, neurophysiology, microbiology, epidemiology, immunology, others. Areas of focus can also refer to more managerial-oriented studies, as for example health information management, health services and management, health planning, or international health.
Some healthcare professionals work in laboratories, investigating diseases or discovering new treatments, while others work in direct contact with patients in clinical care. Graduates can practice in public hospitals, private clinics, schools, community health services and governmental agencies. Career prospects include work as nurses, physician assistants, physiotherapists, pharmacists, health educators, health inspectors, social workers and freelancers in alternative therapies.
All other disciplines in Munich, Germany
- Master in Management (MIM)
- Public Health
- Master of Laws (LLM)
- Environmental Engineering
- Communication Sciences
- Media Management
- Financial Mathematics
- Health Informatics
- Web Technologies & Cloud Computing
- General Engineering & Technology
- Management, Organisation & Leadership
- Aerospace Engineering
- Applied Mathematics
- Energy & Power Engineering
- Environmental Economics & Policy
- Computer Sciences
- Master in Business Administration (MBA)
- Industrial & Systems Engineering
- Informatics & Information Sciences
- Video Games & Multimedia
- Patent & Intellectual Property Law
- International Business
- Educational Research
- Media Studies & Mass Media
- Organisational Behaviour
- Natural Sciences
- Risk Management
- Strategic Management
- Business Information Systems
- European Law
- Transportation Engineering
- Landscape Architecture
- Transport Management
- Data Science & Big Data
- Film, Photography & Media
- Political Science
- Geographical Information Systems (GIS)
- Educational Psychology
- Bio & Biomedical Engineering
- Natural Resource Management
- Molecular Sciences
- Business Administration
- Cognitive Sciences
- European Studies
- Earth Sciences
- Family & Consumer Science
- Area & Cultural Studies
- Electrical Engineering
- Sustainable Development
- Civil Engineering & Construction
- Human Resource Management
- Mechanical Engineering
To study in English at one of the universities in Munich, Germany, you may need a proof of English proficiency. There are several standardised English tests that you can take to proof your English level, such as the PTE (Pearson Test of English), TOEFL (Test of English as a Foreign Language), CAE (Cambridge Advanced English) and IELTS (International English Language Testing System), offered by British Council and IDP. IELTS is the most popular of these tests, with British Council offering more than 500 test locations and being accepted by more than 9,000 organisations world-wide.
Where would you like to take your IELTS test?
More than 800 British Council test locations
Accepted by more than 9,000 institutions
More than 2.5 million tests taken last year
Essential Steps on How to Prepare for Your IELTS Test
The International English Language Testing System (IELTS) became the world’s most popular English-language test for study, work and migration purposes. If you are preparing to take the IELTS exam, you will join 2 million IELTS test takers worldwide.