master thesis biomedical engineering germany

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2741 Study programs

Study Biomedical Engineering in Germany: 17 Universities with 20 English Degree Programs

All important info for international students in germany (2024/2025).

Biomedical Engineering is the dynamic nexus where engineering principles meet the vast world of medicine. This field is dedicated to creating cutting-edge medical tools, devices, and techniques that improve patient care and outcomes. Students diving into Biomedical Engineering will explore topics like bioinstrumentation, medical imaging, biomechanics, and tissue engineering. By marrying the rigor of engineering with the intricacies of biological systems, learners will innovate solutions to pressing medical challenges. Those immersing themselves in this discipline will craft devices like artificial organs, design diagnostic machinery, and enhance therapeutic strategies. Upon graduation, they can pave their way as biomedical designers, clinical engineers, or research scientists, propelling healthcare into the future.

Study Programs in English

Universities

Universities in International Rankings

€ 0 (19 programs for EU citizens, 17 programs for Non-EU citizens)

€ 5,333 per semester (1 program for EU citizens/Non-EU)

Winter Semester

between May 15 and May 01

Summer Semester

between May 15 and July 15

Top-ranked German Universities in Biomedical Engineering

public Technical University

No. of Students: approx. 53,000 students

Program Fees: € 0 (per semester)

public University

No. of Students: approx. 28,000 students

Program Fees: € 0 - € 1,500 (per semester)

Tuition Fees

3 english degree programs for biomedical engineering in germany.

HTW Berlin - University of Applied Sciences Berlin

Mba & engineering life science management.

Kiel University Kiel

Electrical and information engineering (e&ie).

Otto von Guericke University Magdeburg Magdeburg

Medical systems engineering.

Application Deadlines

Winter Semester 2024/2025

Summer Semester 2025

Winter Semester 2025/2026

Open Programs

15 programs

17 programs

Application Modes

Application process.

Friedrich Schiller University Jena Jena

Medical photonics.

Ernst-Abbe-Hochschule Jena - University of Applied Sciences Jena

Scientific instrumentation.

Deggendorf Institute of Technology Deggendorf

Life science informatics.

TOEFL Scores

Cambridge Levels

5 (1 program )

72 (2 programs )

B2 First (FCE) (3 programs )

7 (1 program )

95 (2 programs )

C2 Proficiency (CPE) (2 programs )

Molecular Life Sciences

Molecular Medicine

Deggendorf Institute of Technology Pfarrkirchen / Deggendorf

Health informatics.

2-8 semesters

→ View all programs with online courses

Master of Business Administration

Master of Science

Bachelor of Science

Winter intake

Summer intake

Winter & Summer intake

List of all German Universities offering English-taught Study Programs in Biomedical Engineering

Anhalt University of Applied Sciences

Program Fees: € 0

M.Sc. (Master of Science)

Deggendorf Institute of Technology

B.Sc. (Bachelor of Science)

Ernst-Abbe-Hochschule Jena - University of Applied Sciences

Friedrich Schiller University Jena

Furtwangen University

Program Fees: € 0 - € 1,500

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Biomedical Engineering (M.Sc.)

Department of of electrical, mechanical and industrial engineering.

• The Degree Program

Major Fields of study

• Biomedical Device Technology
• Biomedical Instrumentation
• Biomedical Signal Processing
• Biomedical Computation
• Medicine and Technology

Master of Science

of Electrical, Mechanical and Industrial Engineering

3 or 4 semesters

Program Start

winter semester or summer semester

Sem Contribution

Full-Time Program

Application period

15.03. – 15.07. (winter) 15.09. – 15.01. (summer)

Course content and objectives

Biomedical engineering supports biologists and medical professionals with technical solutions. These systems are complex, as are the subject areas: Systems Analysis, Modelling and Simulation, Medical Instrumentation, Biosensor Development, Signal Processing, Image processing, Rehabilitation Technology and Prosthetics, Medical Assistance Systems, Clinical Engineering and Biotechnology. Good conditions for crisis-proof jobs: a solid knowledge of the fundamentals in Medicine, Engineering and Medical Technology, more specifically in Anatomy and Physiology, Mechanics, Electronics, Computer and Programming Technology. Graduates ‘interpret’ between medical professionals and technicians and they are familiar with key regulations and laws. A unique pool of research equipment, close links to partners in the USA and excellent company contacts offer the ideal opportunities for development, both professionally and scientifically.

Requirements

A qualified university degree (Diploma, Bachelor or Master) in Biomedical Engineering, Medical Engineering, Electrical and Computer Engineering or similar programs with a standard period of study of at least 6 semesters (180 ECTS Credits) is required.

English language proficiency must be proven with an official certificate (TOEFL (ibT) min. 90, IELTS min. 6.5 or equivalent).

1. final grade first academic degree:

• Overall grades up to 3.0 (German grading scale) go into the selection process
• Overall grades lower than 3.0 (German grading scale) cannot be admitted

2. other criteria:

• letter of motivation
• pertinence of first university degree
• proficiency in English or German
• if necessary aptitude interview

Relevant qualified professional experience of at least one year after graduation is required for applicants with an academic background in above-named "similar programs".

Career Opportunities

Biomedical engineering supports physicists and even biologists with technical solutions. The developed biomedical systems are as complex as the human subject.  Biomedical engineers act often as interpreters between physicians and technicians. Their familiarity with medical technology regulations and laws enables them to work in governmental agencies.

A unique pool of research equipment, close links to partners in the USA and the German health industry offer great opportunities for development, both professionally and scientifically. In general biomedical engineering is a crisis-proof job.

Studying Biomedical Engineering – in Köthen and abroad

Biomedical Engineering is an international degree program – our students come from various regions and nations. These videos give you an insight into the study life and experiences of our students.

First video: In this video interview, Nils Winkler talks about his semester in San Diego. Second video: This video featuring Albina Shaqiri focuses on a student research project in Köthen.

Program-specific questions

Organizational questions

General Questions

Contact form Tel.: +49 (0) 3496 67 5203

• Program is in English
• Aptitude test procedure

Conditions And Regulations

Biomedical Engineering - Master - Studien- und Prüfungsordnung - 2024

WELCOME in our program information area!

Program and Examination Regulations (only available in German, old, valid until Summer Semester 2023)

Attention : The Program and Examination Regulations will changed: Start Winter Semester 2024/2025

About our program

Here you will find more information about the degree program, the admission requirements and the application process., program information, admission requirements, application process and required documents, additional information, study program ( international students/ or german students with 180 credits) (start ws 2024/2025).

First Semester

Here you can choose at least 3 courses. In totally you should have 30 credits.

2nd Semester

Here you can choose at least 3 courses. In totally you should have 30 credits. ! German is only for international students !

3rd Semester

4th semester.

Time for your master thesis project

Study program for German students (Students with 210 credits, Example) (Start WS 2024/2025)

Further Program Information

Intake summer semester 2024

Important information for incomers, for our incomers, here you will find more information about the admission and your first steps in germany., what are the first steps after admission, start with your studies at anhalt university, how to arrive in köthen, important steps and documents, all about your money, interesting links about our region.

Before coming to Germany and in your first days in Koethen when starting with your studies you will have lots of questions concerning the study programm, living in Germany and so on. We prepared a little document for you to assist you.

Frequently Asked Questions for students of Biomedical Engineering

Biomedical Engineering (Master of Science)

German HZB: none International application: German C1 Find out more

Stay abroad possible, but not obligatory.

Short Description

Biomedical engineering involves developing solutions to issues from current clinical practice for the benefit of the patient. The subject covers the entire spectrum from research and development to practical applications in diagnostics and patient therapy. Since the degree program is based on engineering, Biomedical Engineering is established at the Faculty of Mechanical Engineering. A unique range of courses is offered, thanks to exchange with other faculties and alliances with Hannover Medical School and the University of Veterinary Medicine Hannover, Foundation. The degree program was established in order to give future engineers sound, interdisciplinary technical and medical knowledge.

• Further information for students on the website of the Faculty of Mechanical Engineering (German language only)

Course Content

• Medical device and laser technology
• Medical imaging and computer science
• Medical process engineering and implantology

In the Master’s degree programme, comprising compulsory, compulsory elective and optional modules, students are more or less free to select their chosen modules and the order in which they take them. In compulsory modules, students acquire advanced engineering and biomedical engineering skills. The compulsory elective and optional modules are divided into three areas of specialisation: Medical Process Engineering and Implantology; Medical Device and Laser Technology; and Medical Imaging and Computer Science. Students complete a student research project in the third semester; they also have the option of completing practical training. Due to the mobility window that is also an integral part of the third semester, students can also complete these academic achievements at a partner university abroad. Additional practice orientation, presentation skills and soft skills are acquired in the Key Transferable Skills module (field trips, presentation of the student research project and tutorials). The Studium Generale module gives students the opportunity to take non-technical modules or modules outside the discipline. The degree programme concludes with a Master’s thesis.

Interdisciplinary thought is a basic requirement for success in biomedical engineering. Students should be keen to gain a broad, interdisciplinary knowledge base and have an interest in other subject areas outside the Faculty of Mechanical Engineering. Foreign language skills are recommended but not essential.

Biomedical engineering is regarded as being a promising cross-cutting technology with potential for the future – as such, there is a growing demand for engineers with interdisciplinary training. Small and medium-sized enterprises in particular are dependent on broadly qualified specialists. Life science is another extensive area of employment. Potential career options include employment in biotechnical, pharmaceutical and medical research institutions as well as in medical technology and biotech companies.

Admission Requirements

An undergraduate degree in a related field of study, such as

• Mechanical Engineering (Bachelor of Science)
• Mechatronics (Bachelor of Science)
• Sustainable Engineering (Bachelor of Science)

For master''s degree programmes with unrestricted admission , all applicants who fulfil the admission requirements will be admitted a university place. The exact admission requirements can be found in the admission regulations: 

• Admission and special language Regulations Degree Programme Biomedical Engineering
• Admission and special language Regulations Degree Programme Biomedical Engineering (English translation)

Application Deadlines

First-year students from Germany and the EU

• June 1st – July 15th of the year for the winter semester
• December 1st – January 15th of the year for the summer semester

First-year students from non-EU countries ( VPD from uni-assist is required )

• April 15th – May 31st of the year for the winter semester
• October 15th – November 30th of the previous year for the summer semester

Students resuming their studies and transfer students from Germany and the EU (application in a higher semester)

Students resuming their studies and transfer students from non-EU countries (application in a higher semester)

• October 15th – November 30th of the previous year for the summer semester  

Do you have questions about studying? We are happy to help!

Last Change: 07.05.24; Zentrale Studienberatung Print

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Medical Faculty Mannheim Biomedical Engineering – Master

Biomedical Engineering is a broad subject area, incorporating a combination of mathematics, physics, engineering, biology and medicine to answer health-science-related questions, for diagnostics, and for therapeutics.

• Examination Rules and Regulations (DE)
• Application Process

Facts & Formalities

Course content.

The objective of the degree programme is to provide students with the skills and knowledge needed to conduct independent work and/or research in the field of biomedical engineering, particularly in areas related to computer science and medical physics. Following completion of the degree programme, graduates will:

• possess basic knowledge of anatomy, physiology, and genetics
• have acquired basic knowledge of biophysics and engineering mathematics (numerically-oriented), including programming
• have learned how to apply computational concepts to the life sciences, in relation to image analysis, scientific visualisation, inverse problems, and simulation systems
• possess detailed knowledge of radiotherapy, nuclear medicine, and medical imaging, and will have learned methods for mediating the gap between technologists and physicians
• have completed a scientific (life-sciences-related) project
• have successfully resolved technical issues related to Biomedical Engineering
• have acquired expertise in the critical assessment of technical systems in medicine

Course Structure

Topics to be studied include:

• Anatomy, Physiology, Genetics
• Medical Imaging
• Computational Medical physics
• Nuclear Medicine
• Radiotherapy
• Module Handbook

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Biomedical Engineering M.Sc.

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Basic Information

What does that mean.

ECTS are credit points that measure the workload of one's studies.

A first recognized university degree, through which the necessary education background for the Master course of study can be proven. The necessary knowledge needed in order for studies to be successful is determined in the respective exam regulations (PO).

You must provide documentation of your language skills for the language of instruction at the time of enrollment. The exam regulations stipulate the relevant requirements.

Admission to First Semester

Admission to higher semesters, dates and deadlines.

This Master’s programme teaches advanced information, skills and methods in the subject of Biomedical Engineering, and thus guides them to higher scientific qualification and independence in this field.

At RWTH Aachen University, this Master´s Programme is the only programme that ends with an independent degree in Master of Science in Biomedical Engineering and thus stands out from other programmes for example Electrical Engineering or Mechanical Engineering that only offer a specialisation in this field.

Degree Content

Interdisciplinary Courses

The Faculty of Mathematics, Computer Science, and Natural Sciences, the Faculty of Mechanical Engineering, the Faculty of Electrical Engineering and Information Technology, and the Faculty of Medicine are involved in the courses. The programme is managed by the Faculty of Medicine.

First Semester

In the first semester, modules from medicine, engineering, natural sciences and ethics are offered. This compensates for the varying entry qualifications of the students. In addition to the compulsory modules, which provide an ideal basis for the following semesters, students already have the opportunity here to deepen their interests through compulsory elective modules and optional modules..

Second and Third Semester – The Aachen Profile

The focus modules are chosen to reflect the characteristic Aachen profile in the biomedical engineering field of research:

• Tissue Engineering: Cell Culture and Tissue Engineering
• Medical Imaging Techniques: Medical Imaging, Image Guided Therapy and Theranostics, Image Processing and Handling
• Material Sciences : Material Science and Processing, Advanced Biomaterials - Hard Tissue Implants and Prostheses & 3D Bioprinting
• Artificial Organs

Other components of the curriculum are mandatory modules and optional additional modules as well as a mandatory internship duration 6-8 weeks after the second semester in the semester free time.

Fourth Semester

The fourth semester is reserved for writing the Master thesis.

Biomedical Engineering web page

Detailed information is available on the Biomedical Engineering web page at the Faculty of Medicine.

Prerequisites

A prerequisite for starting studies in a first university degree, with which the necessary background education can be proven, as determined in the exam regulations. The exam board determines whether it fulfills the entrance requirements.

Career Prospects

Numerous fields are open to graduates, including: medical technology industry, healthcare, research laboratories, testing centers, authorities, universities, and self-employment.

Your tasks range from research, development, production, product consulting, distribution and service of medical products to planning, project management, quality management, certification, and instruction of implementation of medical technology and biomaterials to observation and assessment of medical instititutions, processes, and equipment.

Module Handbook and Examination Regulations

The module handbook provides a description of all modules of a degree program and offers a comprehensive insight into the program contents.

The examination regulations are comprised of legally binding provisions on learning objectives, prerequisites for study, the course structure and processes, and examination procedures.

Regulations that generally apply to all Bachelor's and Master's degree programs, including information on language proficiency requirements, can be found in RWTH's General Examination Regulations. These general regulations are further specified and complemented by the subject-specific examination regulations.

If two examination regulations are valid for a degree program during a transition phase, the most current version shall apply to students enrolling in the program for the first time.

Please note that only the German examination regulations are legally binding.

Module Handbook Subject Specific Examination Regulations RWTH's General Examination Regulations

The Master course of study in Biomedical Engineering is offered by the Faculty of Medicine .

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Further Institutions

Master's program "Biomedical Engineering and Medical Physics" (M.Sc.)

This research-oriented interdisciplinary Master's program focuses on the application of new findings in the physical and engineering sciences in order to develop new methods for prevention, diagnosis and treatment of various illnesses.

Biomedical Engineering and Medical Physics at TUM / MIBE

Research focus areas in Biomedical Engineering and Medical Physics at TUM and MIBE relevant to the degree program include the (further) development of new methods of microscopy and biomedical imaging as well as the development of biosensor technologies. Other areas include the application of artificial intelligence in the analysis of medical data, improvement of therapeutic methods such as radiation therapy, as well as numerous other applications, for example in prosthetics.

At MIBE these research activities are consolidated in an interdisciplinary network and with a central building, which also contains a large number of laboratories.

You'll find an overview of various research areas in Bioengineering here.  

Objectives and career perspectives of the Master’s program

The Master’s program conveys scientific fundamentals at the interface between natural sciences, engineering and medicine while providing students with insights into current international research. Research orientation and interdisciplinary character are central aspects of the degree program. Students are thus prepared to combine the approaches of the various disciplines and to find a common language with researchers from the various academic disciplines, a prerequisite to the development of modern methods for Biomedical Engineering. In addition to subject-specific qualifications, the program also develops and promotes the students' self-competence and social competence.

A wide range of career opportunities in industry and research are then open to graduates. Typical areas of application include among others experimental research, planning and documentation of research projects as well as activities in related biotech and medical technology industry fields (for example in patent systems, development, project planning or at public authorities).

Organization and curriculum

The Master's program "Biomedical Engineering and Medical Physics" is conducted at TUM’s Physics Department. The program is run in close collaboration with MIBE in order to accommodate the highly interdisciplinary and research-oriented focus of the degree program. The program lasts two years; the teaching language is English ( Information on proof of language skills ).

In addition to two basic modules in the area of Biomedical Physics, students can choose their focus areas for the entire Master's program as early as in the first semester (focus area Biomedical Imaging or focus area Biosensor Technologies ). The subject-specific lectures and exercises of the study phase (first and second semester) are supplemented by general education subjects (for example English Writing for Physics ) and an advanced practical physics training. The practical physics training does not consist of individual experiments, but is rather a comprehensive attempt to convey an impression of typical research projects.

The third and fourth semesters constitute the research phase of the degree program, entailing a Master's seminar , Master's practical training and the Master's thesis . The Master's thesis can be written under the supervision of not only members of the Physics Department, but of any member of MIBE.  

Additional information on the curriculum on the webpage of the Physics department .   

Research Phase / Master's Thesis

You can find topics for a Master's Thesis on the website "Research Phase and Master's Thesis in the M.Sc. BEMP" on the Physics department webpages in the section "finding a topic".   

Application process and admission requirements

The Master’s program is intended for applicants with a Bachelor's degree (at least six semesters) from a German or foreign university or with an equivalent or more advanced degree in engineering or natural sciences. The application process is conducted centrally through TUM’s Admissions Office on an online basis.

• For a start in winter semester: April 1st - May 31st
• For a start in summer semester: September 1st - November 30th 
• Additional information on the application process  

Further Information

You'll find additional information on the curriculum, the individual focus areas, application and eligibility procedures on the Physics Department pages . Useful information to help ease you into student life, e.g. about enrollment and student card or registering your address, can be found on TUM's central webpage .

Interviews with the degree program coordinator Prof. Julia Herzen and students of the study program

Read the interview with degree program coordinator Prof. Julia Herzen for a general overview of the Master's program.

Interview with Julia Herzen about digital teaching in the Master’s program “Biomedical Engeineering and Medical Physics” in the summer semester 2020

Interview with Tina Dorosti, first semester student in the Master’s program “Biomedical Engeineering and Medical Physics”

Interview with Pascal Wodtke, first semester student in the Master’s program “Biomedical Engeineering and Medical Physics”

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Biomedical Engineering, M.Sc.

Program overview.

In the Biomedical Engineering master’s program you will be examining the function, design, development, and application of medical engineering equipment and instruments used in the health system for prevention, diagnosis, therapy, and rehabilitation. You will acquire a comprehensive understanding of physical working principles as well as the applications of hardware. Part of the program takes the form of experimental and analytical group practical sessions, conducted in close association with hospitals and industrial partners. You will learn about the special safety aspects of medical engineering regarding the interaction of technical systems with the human body as well as how to apply these responsibly.

During the course of your studies you will also gain an understanding of medical, diagnostic, and therapeutic issues and learn to develop and implement suitable technical solutions. You have the option to choose between four areas of specialization of mechanical engineering, allowing you to develop your own skills profile: Applied medical engineering, rehabilitation engineering, hospital engineering and management, as well as imaging systems for medicine.

Admission requirements

As for every other master’s degree program at TU Berlin, applicants to the master’s program in Biomedical Engineering must possess a first university degree qualifying them for professional work. Detailed information can be found in the application and admission regulations/study and examination regulations for the degree program . Until legal validity of the application and admission regulations (estimated to start for the admission of winter semester 2019/20) the following rules apply.

The Biomedical Engineering master’s degree is taught in German. If you are applying with a foreign school-leaving certificate, you must provide proof of German skills at a specific level. This is a prerequisite for admission. Knowledge of English is useful, as some courses/modules may be offered in English and much of the technical literature is published in English. However, it is not a condition for admission to studies.

As you will very often be required to work independently during your studies, you should possess initiative and a structured approach to work. As learning scientific methods, identifying and analyzing problems, and developing solutions play an important role in the program, analytical skills and an aptitude for independent scientific thinking as well as a creative approach to work are advantageous.

Program structure

There is a proposed course schedule for the degree program. This is a recommendation for how to complete the degree program within the standard period of study of four semesters. It provides an example of which modules to take in which semesters. While this proposed course schedule is ideal on paper, it is not mandatory. It’s simply an example of how to successfully schedule and shape your studies .

You can find the proposed course schedule in the study and examination regulations.

Study and examination regulations:

• Biomedizinische Technik M.Sc. 2018 (pdf, 2 MB, German)
• Biomedizinische Technik M.Sc. 2007 (pdf, 1 MB, German)

Content and modules

The Biomedical Engineering master’s degree is made up of modules which group the content of the curriculum into specific topics, and which often include different forms of study and teaching. A current overview of all modules is available in TU Berlin’s module transfer system (MTS). The MTS also provides an overview of which modules are mandatory for your degree program and which are elective. Detailed module descriptions provide information on the content, learning outcomes, participation requirements, workload, assessment methods, and much more. The module list is based on the study and exam regulations. The latest version applies to applicants.

Internships

A six-week, non-university technical internship is mandatory for this master’s program. This internship should focus on overseeing an entire project or provide the opportunity to be involved in a project. All further details can be found in the regulations for internships.

Stays abroad

Generally, parts of the program can be completed abroad, either as semesters abroad or internships. General information concerning stays abroad is available from the TU Berlin International Office (study abroad) or the Career Service (internship abroad).

Acquired skills

As a graduate of this master’s program, you possess a thorough understanding of the current knowledge and methods of engineering as well as how to apply these to solve problems in medical engineering. You possess the skills to be able to address particular aspects of the interaction of technical systems with the human body as well as an understanding of the fundamental principles of clinical work in diagnostic and therapeutic processes. You have an understanding of and the ability to actively influence technological changes in research, development, and application. In addition to equipping you with technical knowledge, the Biomedical Engineering master’s program also focuses on developing the personal, methodological, and social skills required for targeted problem solving.

After your studies

A wide range of career opportunities are open to you as a graduate of this master’s program. Depending on the area you specialized in during your studies, you will typically be able to work in the medical engineering industries and their various branches, including in research and development. Other possible career areas include production management and marketing. A further option is to work in a hospital where you would be responsible for ensuring the safety of equipment, for providing technical instruction for staff using equipment, for optimizing the use of equipment as well as providing technical support for scientific work in academic research.

Obtaining a master’s also qualifies you for a doctorate and the opportunity to pursue an academic career.

Further information & downloads

Guidance and choosing the right degree program: Academic Advising Service

Questions about the degree program: Course Guidance

General questions: Student Info Services

Application and enrollment: Office of Student Affairs - Graduate Admissions

Recognition of previously acquired credits: Examination Board

Recognition of previous internships or vocational trainings: Internship Officers

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International Programmes 2023/2024

Master of Science in Biomedical Engineering Master of Science in Biomedical Engineering

Technische universität ilmenau • ilmenau.

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• Requirements / Registration

Courses at TU Ilmenau are held in German. Participants can choose to write their Master's theses in German or English.

Double degree programme: Courses in Malaysia are conducted in English, and the Master's thesis has to be written in English.

Winter semester

Application period for students with international certificates: 16 January - 15 May Application period for students with German certificates: 16 April - 15 September

Summer semester

Application period for students with international certificates: 16 July - 15 November Application period for students with German certificates: 16 October - 15 March

Biomedical engineering is technology for life. It directly affects human health. Together with medical partners, it develops new methods for the detection and treatment of diseases and implements them in medical technology. The TU Ilmenau has a long and successful tradition in the field of biomedical engineering. Already in the year of 1953, the Institute of Electromedical and Radiological Engineering was established at the former "Hochschule für Elektrotechnik" (HfE), which was the first university institute in Europe that introduced an on-campus programme of Biomedical Engineering. Key aspects of the Master's programme include the following:

• ophthalmological technology
• measurements and stimulation technologies
• data analysis
• medical imaging and radiological equipment
• medical information systems

Students start their Master's education with a first semester at their home university. In the short version of the exchange, either the second or the third semester is studied abroad. In the long version, two semesters are studied abroad. The latter version also includes the Master's thesis abroad. The topic for the thesis is jointly determined with the supervisors at Universiti Teknologi Malaysia (UTM) and TU Ilmenau (TUIL). The Master's thesis is jointly supervised and assessed by one supervisor from each university. For the German students, the by-laws can be found in the course regulations ("Studienordnung"). For students attached to UTM, the guidelines can be found at www.utm.my . The participants are chosen by a joint commission consisting of members from both universities. The decision is based on the students' state of preparation. The credits are transferred according to the EU-ASEAN Credit Transfer System (EACTS). The transfer tables are part of the German bylaws: "Master-Prüfungsordnung für den Studiengang Biomedizinische Technik (MPO-BB)". The graduates receive a Master of Engineering degree at UTM and a Master of Science degree (Biomedical Engineering) at TUIL.

First semester:

• Biosignal Processing
• Image Processing in Medicine
• Measurement and Diagnostic Technology
• Imaging Systems
• Hospital Information Systems, Telemedicine, e-Health
• Tutorial BME
• Laboratory BME

Second semester: Students choose one of the following specialisations:

• Ophthalmology
• Biomechanics
• Cognitive Robotics
• Bioelectromagnetism
• Electro-Medical Devices

Third semester:

• Master's thesis
• Integrated study abroad unit(s)

Participants of the double degree programme spend the second and third semesters (11 months) or only the third semester (seven months) at the Universiti Teknologi Malaysia.

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• Online sessions
• Online study material provided by institution

Approx. 150 EUR (including a public transportation ticket)

Approx. 860 EUR per month (including apartment)

Students can apply for funding at the TU Ilmenau International School.

For general enrolment, prerequisites apply: https://www.tu-ilmenau.de/fileadmin/Bereiche/Universitaet/Dokumente/Satzungen_und_Ordnungen/Verfahrensordnungen_und_zentrale_Ordnungen/ImmaO_Ber._LF_9.7.2020.pdf .

A Bachelor's degree in Biomedical Engineering (or equivalent) with at least seven semesters (210 CP) is required.

Applicants need to pass a qualifying examination according to: https://www.tu-ilmenau.de/fileadmin/Bereiche/Studium/VorDemStudium/05_Dokumente_zum_Studiengang/Aktuelle_Studienordnungen/BMT_STO_MSC.pdf .

Foreign applicants for the regular Master's programme at TU Ilmenau must provide proof of their German language skills. The B1 CEFR language level is the minimum requirement for applying to the programme. The C1 CEFR language level is the minimum requirement for enrolling. More information can be found at: https://www.tu-ilmenau.de/en/study/before-the-study/range-of-courses/application/language-certificates.

Applicants for the double degree programme must also provide proof of their English skills: at least TOEFL 550 (paper-based), 213 (computer-based), 78 (Internet-based), or IELTS 6.0 band certificate.

Online application: http://www.tu-ilmenau.de/apply

Temporary jobs are available in local businesses such as shopping malls and supermarkets.

TU Ilmenau is a campus university. Most of its academic buildings and all of its dormitories are located on the Ehrenberg campus. The dormitories have been renovated in the past few years in order to accommodate students in single and double bedrooms. The Student Guild guarantees all first semester students a room in the dormitories, provided they apply on time. The dormitory rent in Ilmenau is approx. 162-295 EUR per bed per month, depending on the type of apartment and how well it is furnished. Of course, you may also independently look for a privately rented apartment in Ilmenau and the surrounding area. We cannot offer estimates on the cost of private accommodation because prices vary due to the wide range of conditions.

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Faculty of Engineering

Where engineers are made, m.sc. medical engineering.

Study period

4 semesters (2 years)

Study begin

Winter and summer semester

Study place

Campus Duisburg and Essen

Description

The Master's degree programme in Medical Engineering offers the opportunity to acquire a second professional qualification in the field of medical engineering. The Master's programme is designed to deepen the qualifications acquired in the first professional qualifying degree and, in addition, to provide skills used to not only apply scientific methods in the field of medical technology to complex problems, but also to analyse and develop them further. Students in this Master's programme will also be able to communicate on a level with medical professionals and engineers.

As part of the two Master's profiles Telemedicine and Biomedical Engineering , the Master's programme Medical Engineering offers students an in-depth examination of current topics in medical engineering, which in turn have a high affinity with the ongoing research activities of the involved departments and institutes of the Faculty of Engineering.

In the Master's programme in Medical Engineering, the subject-specific and interdisciplinary qualifications taught in the previous degree programme are deepened at a higher level. The students thus acquire the ability to solve complex tasks and problems in their scientific and technical environment. This is exemplified by in-depth fundamentals and complex problems of the respective selected Master's profiles Telemedicine or Biomedical Engineering. Dealing with complex problems from the field of medical technology should also enable students to work independently, systematically and scientifically, so that methods for analysis and design - namely engineering - can also be further developed in this highly interdisciplinary context.

Graduates should also be prepared to take on project responsibility and leadership through suitable electives and subject-specific project work or the Master's thesis.

Graduates understand the mathematical terms, definitions and correlations required for medical technology and in particular for their chosen Master's profile and can apply corresponding calculation methods. They understand the medical, natural science and engineering phenomena essential in medical engineering and can derive their mathematical description (if required) from basic equations and definitions. Graduates are able to select and apply suitable methods and technologies for the analysis of interactions, mechanisms and for the design of components, devices and systems from the area of application of their Master's profile and can use these to develop corresponding systems or quantitatively evaluate system-immanent interactions. They are able to independently familiarise themselves with further related fields of knowledge and methods of medical engineering and know how to systematically classify the knowledge gained.

Study at UDE Study plan

You can find the examination regulations for your study program here: Examination regulations according to study programs

Study plans as well as information about the modules in the study program can be found in the module database VDB :

Information material

Prospective students will find an overview of the master study program  here .

Here you can find additional information for the profiles Biomedical Engineering and Telemedicine .

Study plans  as well as information about the  modules  in the study program can be found in the  module database VDB : 

• Medical Engineering (Biomedical Engineering)
• Medical Engineering (Telemedicine) ​

Admission requirements

​The qualification for the study of the Master's degree programme in Medical Engineering is provided by the successful completion of the following

• a Bachelor's degree in Medical Engineering at the University of Duisburg-Essen or
• an equivalent natural science or engineering degree programme with a scope of at least 180 ECTS credits.

The overall grade of the degree must generally be at least 2.5 or better. Furthermore, proof of knowledge and skills in the field of medicine or medical technology totalling 45 ECTS credits is required.

As a rule, the following are considered equivalent: - the successful completion of the first section of the medical examination in the course of study in medicine (1st state examination) in association with the successful completion of a bachelor's degree in engineering.

The examination board is responsible for the equivalence examination. In justified cases, the examination board may make access dependent on proof of requirements amounting to up to 30 ECTS credits.

Upon presentation of the above-mentioned admission requirements, this degree programme has an unrestricted admission. Enrolment takes place during the enrolment period in the student registrar's office. Enrolment in Master's degree programmes is possible until the end of the lecture period at the student registrar's office .

Prospective students from non-EU countries apply at the International Office of the Essen Campus.

Language Skills

The language of instruction at the University of Duisburg-Essen is German (except in the English-language programs). Therefore, you must have good German language skills if you want to study successfully. The majority of foreign applicants must pass the "Deutsche Sprachprüfung für den Hochschulzugang" (DSH 2 level; with some exceptions) before beginning their studies.

• German nationals (persons who have acquired their higher education entrance qualification in Germany or at a German school abroad) do not require any special proof of German language skills.
• Citizens of an EU member state (and citizens of Iceland, Liechtenstein, Norway) or German citizens with a foreign educational qualification, as well as
• Citizens of a country outside the EU with a foreign university entrance qualification must pass the "Deutsche Sprachprüfung für den Hochschulzugang" (DSH 2 level) or the TestDaF (TDN 4) before the begin of their studies.

Information on the German Language Test for University Entrance (DSH)

Additional language skills

Applicants should have sufficient English language skills to be able to follow lectures in English as well as specialist literature in English.

Internships accompanying studies 

The students learn the working methods in their future environment in practice-oriented projects with topics from their corresponding profile. In the projects, they put their specialist knowledge into practice and apply modern engineering methods.

General Information

Living & studying at the university of duisburg-essen.

The academic year is divided into semesters.

• Winter semester: from October to March
• Summer semester: from April to September

Lecture period

The winter lecture period usually starts in mid-October and ends in mid-February. In summer, the lecture period usually starts in mid-April and ends in July. During the winter semester there is a break of about two weeks during the Christmas holidays.

Examination phase

The examination phase begins about one week after the end of the lecture period and lasts about seven weeks.

Semester fee

All students have to pay a semester fee (social contribution) of about 320,- Euro per semester. You can find the current amount here . The social contribution includes, among other things, a semester ticket for public transportation in North Rhine-Westphalia and discounts on meals in the university's canteen and cafeteria.

Living expenses

We recommend to consider approximately 800 to 1000 Euro of personal expenses per month. 

Accommodation

Accommodation is possible in dormitories of the Studierendenwerk and in premises of the free housing market. The rent in a room in a student dormitory is about 300,- Euro per month. You can find more information about housing options  here .

Introduction of the institutes

Multimedia Engineering - Entertainment Computing Prof. Maic Masuch

Psychological Research Methods: Media-based Knowledge Construction Prof. Daniel Bodemer

General and theoretical electrical engineering Prof. Daniel Erni

Digital signal processing Prof. Thomas Kaiser

Electronic components and circuits Prof. Anton Grabmaier

Fluid Dynamics Prof. Andreas Kempf

Intelligent systems Prof. Josef Pauli

Communication technology Prof. Peter Jung

Construction and plastic machines Prof. Reinhard Schiffers

Mechatronics Prof. Dieter Schramm

Communication systems Prof. Andreas Czylwik

Nanostructure Technology Prof. Roland Schmechel

Optoelectronics Prof. Andreas Stöhr

Product development processes and data management Prof. Arun Nagarajah

Medical Technoloy Systems Prof. Elsa A. Kirchner

Thermodynamics Prof. Burak Atakan

Distributed systems Prof. Torben Weis

Mechanics and Robotics Prof. Andrés Kecskeméthy

Electronic Materials and Nanostructures Prof. Gerd Bacher

You have questions we have answers.

Support Center for (International) Engineering Students Student advisory service

SCIES Duisburg room: SG 119 Geibelstr. 41 47057 Duisburg Tel.: +49 (0)203 379 3776 E-mail:  [email protected] Opening hours: Check website

Student council Medical Engineering

We are your point of contact! If you have questions about your studies or general concerns about us or our lecturers, you can contact us. We will solve your problems and answer your questions directly if possible or forward you to the right people. Just write us an email  ( [email protected] ) or contact us via Facebook or Instagram .

For prospective students and enrolled students General student counseling

ABZ offers counseling to prospective students, enrolled students and graduates on all questions concerning the choice of study program, studies and the transition into working career.

Support in the Faculty

Responsible person, Coordinator Dr.-Ing. Stefan Werner BB313, Tel.: 0203/3792707 Opening hours: by appointment Responsible person, Medicine Dr. rer. nat. Kirstin Obst-Pernberg Universitätsklinikum Essen, Institut für Anatomie, 5. OG R6 Tel.: 0201/7234399 Opening hours: by appointment

Board of examiners

Chairman Prof. Daniel Erni

Vice chairman Prof. Wojciech Kowalczyk

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Higher Education Compass

Biomedical engineering part time, full time, master of science.

Master Degree

4 semesters

Standard period of study (amount)

June 2024 (Germans and inhabitants)

July 2024 (EU), July 2024 (Non-EU) Please enquire

Overview and admission

Admission semester.

Summer and Winter Semester

Area of study

• Mechanical Engineering
• Medical Engineering

Biomedical Engineering, Medical Technology, Labour Studies/Ergonomics in the Public Health Service

Admission modus

selection by the HEI

Admission requirements (Link)

Admission requirements

Please follow the weblink: https://www.tu.berlin/go1036/s82/

Lecture period

• 15.04.2024 - 20.07.2024
• 14.10.2024 - 15.02.2025

Application deadlines

Summer semester (2024), deadlines for international students from countries that are not members of the european union.

Expired (Universitywide deadline)

Note! For the Master's degree, different application deadlines may apply. For more information, please see: https://www.tu.berlin/go167/

Deadlines for International Students from the European Union

Application deadline for germans and inhabitants.

Important! In the Master's partly deviating (and significantly earlier!) application deadlines. For more information, please see: https://www.tu.berlin/go167

Enrollment deadline for Germans and foreign students

Important! In the Master's partly deviating (and significantly earlier!) application deadlines. For more information, please see: https://www.tu.berlin/go167 For information on transferring to a different university, see here: Master’s degree - https://www.tu.berlin/go3017/

Winter semester (2024/2025)

01.04.2024 - 15.06.2024 (Universitywide deadline)

01.05.2024 - 15.07.2024 (Universitywide deadline)

Note! For the Master's degree, different application deadlines may apply. For more information, please see: https://www.tu.berlin/go167

01.06.2024 - 15.07.2024 (Universitywide deadline)

15.06.2024 (Universitywide deadline)

Important! In the Master's partly deviating (and significantly earlier!) application deadlines. For more information, please see: https://www.tu.berlin/go167 For information on transferring to a different university, see here: Master’s degree - https://www.tu.berlin/go2981/

Tuition fee

Fees (Link)

Please note the information on the web pages of the respective courses where fee-based continuing education courses are concerned. For consecutive Master’s degree courses, see https://www.tu.berlin/studieren/studienorganisation/themen-a-z/semesterbeitraege/

Languages of instruction

Main language.

Deutscher Akademischer Austauschdienst e.V. Kennedyallee 50 53175 Bonn

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• Plan Your Studies
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14 Top Biomedical Engineering Masters in Germany for 2023

There are 14 study programs available at 11 universities in Germany , according to data provided by Erudera.com.

Why should you study in Germany?

Germany is one of the world's top study destinations for international students and definitely a higher education paradise. In Germany, you will find countless prestigious and top-ranked universities for , hundreds of specialized study programs to choose from, degrees that are valued globally, and affordable studies. Not to mention, Germany is a country with a unique culture, dynamic lifestyle, and many interesting places to explore during your studies here.

University of Rostock

University of Applied Sciences Mittelhessen

University of Duisburg-Essen

Heidelberg University

Hamm-Lippstadt University of Applied Sciences

University of Tuebingen

Anhalt University of Applied Sciences

Furtwangen University

Dortmund University of Applied Sciences and Arts

Muenster University of Applied Sciences - FH Muenster

Biomedical Engineering

Master degree

Biomedical Management and Marketing

Biomedical Technologies

Medical Biology

Medical biotechnology.

Micromedical Technology

Furtwangen im Schwarzwald

Micromedicine

Neural Engineering

htw saar - University of Applied Sciences

Saarbrucken

Orthopaedic and Rehabilitation Technology

Technical physician.

Technology, biopharmaceutical

Related fields of diciplines, related fields of study levels.

Final Thesis

In your thesis paper, you are supposed to perform scientific research in the field of Medical Engineering. If you are not yet familiar with the concept of scientific work, you can acquire these skills in the following courses

• “Nailing your Thesis” (offered at our Faculty of Engineering, please refer to www.campo.fau.de)
• Online course “Scientific Writing” available on the VHB platform ( www.vhb.org )

Many labs also offer regular colloquium meetings for students to discuss problems and advances regarding their thesis projects. If you are in need of practical tips and support with your writing in German or English, FAU’s Writing Center is there to help you.

For the Master’s Thesis, the following applies:

When should i start looking for a topic for my final thesis when should i start looking for a topic for my final thesis, finding the topic finding the topic.

You can find a topic by searching the websites of the different labs (all of them have a “research” and/or “thesis” section) and contacting the responsible researchers. You can also consult the “job offer” section of this website, the facebook group “ Medical Engineering Erlangen ” or check the bulleti n boards in the Faculty of Eng in eering. Moreover, i f you are interested in non-advertised subjects, you can look into the reasearch topics of the scientific members of a lab (mostly PhD students) and do some reading on the subject (i.e. their publications). When you have identified a topic you would like to work on you can contact the responsible scientist directly and inquire if it is possible to work on a subject of their research field. In some cases,  they might even invite you have personal chat with them to discuss the projects they currently offer. Please note: Only FAU professors and junior professors can officially supervise your Master’s thesis. Companies cannot issue thesis topics (see below)!

Tips on how to approach a potential thesis supervisor Tips on how to approach a potential thesis supervisor

• Always approach potential supervisors with a collaborative attitude. As a student, you are not entitled to carry out your master’s thesis at a specific lab or with a specific professor, hence you cannot demand anybody’s supervision. Instead, you should show why you are a good master’s thesis candidate for a determined supervisor.
• The best way to establish contact with specific professors/labs is to attend their courses on-site and regularly (especially smaller ones, in which you can build a personal relationship with your lecturers, e.g. seminars, Research Lab projects or “special interest” lectures). Be active in the course meetings, show that you are prepared, and ask questions. If you have found a course that sparks your interest and that you have attended regularly over the course of the semester, you can approach your professor after class and inquire about options for a master thesis.
• You can also approach potential supervisors (i.e. PhD students of your professor’s lab) via email, but make sure to keep your email short and concise (not more than 3 to 5 sentences). One of the expressions of respect our staff appreciates most is if you are respectful with their time. Emails that contain various paragraphs will not be read in most cases.
• Don’t send generic emails (NEVER chatGPT-generated emails) to a random series of supervisors. They will be ignored by the recipient, as they will realize that you didn’t put any effort into them.
• Don’t send your email to various members of the same lab on the same day (the lab members talk to each other and they will realize that you don’t have deeper interest in their research topic when you contact their colleagues as well.)
• In your email, show in 3-5 sentences that you are familiar with the PhD’s research work (actually do some research on their work!) and that you are motivated to work on a topic from their research area. Be as specific as possible and avoid empty statements (e.g. “I have a passion for machine learning.” is not very convincing).
• Be polite, but don’t overdo it. In the German context, it is not necessary to express your admiration for a person or to flatter them in an explicit way. It might even be perceived as fake or manipulative and cause negative emotions. Example: Instead of writing “I admire your ground-breaking research in the field of x” it is better to keep it low-key and subject-related: “I have read your paper on “x” and found your approach for “y” very interesting”.
• Show that you have some experience with the subject in question (e.g. mention corresponding lectures or projects you have completed).
• Transmit through your communication style that you are reliable and well-organized. Start with a greeting, end with a thank you and sign the email with your complete name, the name of you study program and the semester you are in. Avoid spelling mistakes and proofread your email before you send it. Always keep in mind that your email should be easy and pleasent to read for the recipient.
• If you have a good grade average, it can help to submit a current Campo overview together with your email. If you cannot prove good grades, it is advisable to apply without a grade overview but to invest even more time and energy in writing an impeccable email and in showing your knowledge of the subject and your motivation.
• Inform yourself about the most important public/religious holidays in Germany and don’t send your email during those holidays. You should also consider that most staff members take a longer summer holiday and/or attend international conferences during the months of August/September.
• Don’t be disencouraged if you have to send out a bunch of emails to members of different labs before you receive a (positive) reply. This is not a rejection of you as a person but rather due to the fact that our staff is very busy and receives hundreds of emails per day. If you are not successful with your emails, it is recommended to apply the personal approach (see bullet point 2).

Is it also possible to write a thesis in cooperation with an external partner (company, research institute, university abroad)? Is it also possible to write a thesis in cooperation with an external partner (company, research institute, university abroad)?

Experience shows that almost all FAU professors will reject supervising thesis topics proposed by a company/foreign university they don’t know or haven’t had own projects with in the past. This is due to the fact that research topics proposed by companies or other universities oftentimes don’t meet academic standards and/or have little in common with the FAU lab’s research foci. Please keep in mind that the company’s interest is merely economic and that it doesn’t care about you receiving a good education or a good thesis grade! The latter might also apply to a university at which you are not enrolled.

Your best chance to pursue a thesis project in cooperation with an industrial partner or a foreign university is to inquire at an FAU lab involved in our Medical Engineering program which already maintains research cooperations with companies or universities abroad (more information can be found on the respective lab’s website). This way, you know that the person on the other side is trustworthy and that the joint supervision between them and the FAU professor will run smoothly.

The other way round, i.e. agreeing to a project with an external partner and then trying to find a supervising professor at FAU is hardly ever successful and therefore not recommended. In the rare case the FAU professor agrees, the above-mentioned regulations for the thesis also apply without exception. It is the student´s responsibility to coordinate and communicate the requirements between the issuing university teacher and the external partner.  For more information please consult the information sheet for issuance and procedure of “external” Bachelor’s and Master’s Theses and dissertations.

How closely related to Medical Engineering must the topic be? How closely related to Medical Engineering must the topic be?

Medical supervisor medical supervisor.

In addition to this supervisor from the technical sciences/engineering, it is mandatory that you have a medical supervisor (staff member of the university hospital or a similar institution, i.e. member of a different clinic/radiology centre, or a licensed physician; in any case the supervisor must hold an academic title). The medical supervisor is not involved in grading your thesis. He/she should read through your thesis at least once to make sure that you are not using any medical terms or concepts incorrectly. Please discuss with your medical supervisor early on to which degree he/she wants to be involved in the process of your work – whether you should report on your thesis regularly or whether he/she will only read your final paper before you hand it in.

How can I find a medical supervisor? How can I find a medical supervisor?

Many labs have already supervised numerous theses for Medical Engineering before you and therefore already have an established contact who usually takes care of the medical supervision. Therefore, please ask at your supervising lab first whether they can arrange the medical supervision for you. If this is not the case and you are working on a concrete medical-application-related topic, it is worthwhile to do some online research at the Faculty of Medicine and at the university hospital to find out to which physicians your topic could be of interest and to contact these persons. Please describe in your email what the medical support consists of (see tab above) and that it is not very time-consuming. A medical professional from your private environment (with a medical degree) can also provide supervision, since this person is not involved in the evaluation of your work, but should only support you with regard to the medical correctness of the contents of your work.

Registration of the thesis Registration of the thesis

You can register your Master’s thesis as soon as you

• have completed your conditional subjects (if applicable)
• have completed the mandatory modules marked as such in your module catalog
• have completed at least 75 ECTS credits in your study program
• and have found a topic and supervisors.

You must register your thesis paper at the Examinations Office through your supervising lab using the German registration form for thesis papers  (a non-official translation in English is available for your support but not intended for communication with FAU). You submit a copy of the German form at the Examinations Office and keep the original as it is needed for the final registration at the time of submission (see below).

Do not wait too long before you register your thesis! Many labs/supervisors will give you the opportunity to look into the thesis topic and do some preparatory reading before you officially register the thesis project. However, this preliminary period should not last longer than 1-2 months, after that you must register your thesis. If you fail to do so and work on an unregistered thesis for too long, you will get into serious trouble.

Duration of the thesis project Duration of the thesis project

Important: If you get ill during your thesis project, make sure to get a medical certificate. When you submit it to our Examinations Office the time for the thesis project will be on hold during that period.

Submission of the written thesis, thesis presentation and grade registration Submission of the written thesis, thesis presentation and grade registration

Tips for writing the thesis tips for writing the thesis.

• Final research papers in engineering range from concrete technical applications to more theoretical topics. In any case they should demonstrate that their author has the ability to work on a chosen task independently, scientifically and methodologically within a limited period of time.
• First, make a detailed plan, in which you consider the opening hours of the workplaces you go to, as well as the availability of your supervisor. It is also important not to over-charge and set clear short-term deadlines.
• Be aware of your time management: in order to control the time factor, it is essential to plan the thesis by formulating realistic goals. You should create a concrete plan which has to be discussed with the supervisor as well. It is certainly helpful to schedule certain time buffers and check from time to time if the schedule works for you. Disturbances and distractions should be avoided as well as unclear goals or overloading your schedule.
• It may be helpful to consult with fellow students who are either working within a similar time frame or on a related topic. If you have the opportunity to get a physical workspace at the lab your are doing your thesis with, definitely use the chance to be present there and talk to other students.
• Break your thesis into defined stages: collection of ideas, project phase, data analysis, writing and polishing.
• According to experience, the greatest level of stress comes towards the end of your project. Plan as few other activities as possible around this time, so that you can meet your submission deadline.
• Collaboration with your thesis supervisor: Remember to work independently and taking into account the deadlines so that your supervisor can rely on you. Let your supervisor always know what the status of your work is. Let him/her know early on if you are struggling with a certain task. Although your supervisors cannot do the work for you they can help you with useful hints on how to solve your problem.
• Once you have chosen your topic, you can start to research the resource material to get an overview of the current status of your topic. You must consider which concrete questions you would like to answer in your thesis and which methods you will apply. Once you have those questions, the university library database or academic search engines are extremely helpful.
• Set a clear deadline in your working plan for completing your initial research.
• By using an electronic organization system (e.g. Citavi , the RRZE offers courses) for organizing your sources, you can gain the best overview of the material you have read. Please ask your supervisor which citation style you should use. In any case it is crucial that you stick to one citation system. It is important that your organize your sources (articles, quotes, etc.) as you go through the writing process.
• In order not feel overwhelmed by too many tasks, a good outline is crucial. Your outline should be clear, well-structured and comprehensible for the reader and supervisor. A good outline is an important foundation for good advising. On the basis of your outline, you can discuss your specific questions, the structure, and length of your thesis with your supervisor.
• Remember to always write down your acquired knowledge/results!
• One of the hardest tasks when writing your thesis is correct citation. You must indicate the source of every idea that is not your own and every fact on which you have based your argument.
• A literal quote (direct quote) must be referenced.
• Paraphrases (indirect quotes) also have to be referenced.
• A list of all citations (direct and indirect quotation), tables and graphs must be included in the source of your bibliography.
• Recommendation: Indicate all citations and enter their sources in your bibliography or reference list as you draft your thesis.
• Save your data when you stop writing at the end of day or when you finish a task. Always back up your data on various storage media!
• Always keep your initial questions in mind during the writing phase. It can easily happen that you get off the track.
• Format your thesis according to the requirements of your supervising lab. Many labs will provide you with a template.
• Allow sufficient time for proofreading. At best, look for someone (friends, family, fellow students, etc.) who is willing to take a close look at your work.
• Check that all references as well as the format and form of the work are correct. LaTeX is definitely more helpful than Word in this respect. Alternatively, you can also find courses offered by the RRZE for scientific work.
• Remember that your work must be submitted to your supervisor in time, in one hardcopy version and one digital version (PDF document) on a storage device.

Beware of plagiarism! Beware of plagiarism!

If you use the work of others (text, images, code etc.) in your thesis without meticulously referencing the sources and citing correctly (see tips above) you are committing plagiarism, i.e. the worst kind of misbehavior that exists in the scientific community. You supervisors will use software tools to check your final thesis for plagiarism. If they find out that you have plagiarized your thesis counts as failed (grade 5,0). You will receive one last chance to write a new thesis (with a different topic) in the subsequent semester. If you are caught plagiarizing again, you have to leave the program without a degree.

Declaration of Originality Declaration of Originality

Your thesis paper must contain this Declaration of Originality , which has to be signed by you. With this, you declare to comply with the rules of good academic practice explained under “Beware of plagiarism!”

What is the master's seminar? What is the master's seminar?

The so-called “master’s seminar” that appears in your Campo account once you have registered your thesis is just another term for your thesis presentation. Many labs will ask their master’s thesis students to present their thesis results in the context of a research seminar or colloquium which takes place at their lab on a regular basis. Other supervisors/labs may follow other traditions and make an individual appointment with you for the thesis presentation.

Tips for the thesis presentation Tips for the thesis presentation

Prof. Andreas Maier has published a comprehensive video on how to give a good scientific presentation. Please find it here.

Medical Engineering

Medical engineering (m.sc.).

Study and research with the best – welcome to the Master’s degree program in Medical Engineering in Germany’s Medical Valley!

Our in-depth Master’s degree program enables you to develop software and hardware-based solutions to support medical experts and patients. Our researchers work on the healthcare technologies of the future, the companies based in Medical Valley implement them. Become part of our med tech community!

What is the degree program about?

As a graduate of the Master’s degree program in Medical Engineering, you will master scientific methods and the latest findings in engineering, and be able to apply both to solve problems in medicine. Building on the intensive basics in mathematics, algorithms and engineering taught during the Bachelor’s degree, the Master’s degree achieves scientific depth while being highly comprehensive. Our Master’s degree is an interdisciplinary program, combining in-depth engineering skills and fundamental medical knowledge, thus preparing you for demanding research in the field of medical engineering at the highest scientific level.

Specializations in computer science, electrical engineering or materials science mean that graduates can be employed in an extremely wide range of sectors beyond medical technology.

Design and structure

The Master’s degree program in Medical Engineering provides an interesting range of specializations and due to the flexible nature of the curriculum, it enables graduates to develop an individual profile in medical engineering. Within your chosen specialization (Medical Image and Data Processing, Health & Medical Data Analytics and Entrepreneurship or Medical Robotics), you will acquire specialist knowledge for the development of technologies that are used in hospitals and clinics, medical practices and in patients’ everyday lives. You will be able to develop analyses and implementation strategies using scientific methods, assess them critically, evaluate them under social, ethical and economic aspects and present them in an appropriate manner:

Medical Image and Data Processing

In this specialization, you will be taught in-depth specialist and methodological skills about software systems in medical technology. These range from algorithms for image enhancement, image reconstruction and image registration and computer-aided diagnostic methods to hospital information systems. This specialization is taught partly in German and partly in English. It is possible to complete it entirely in English by choosing only courses taught in English.

Health & Medical Data Analytics and Entrepreneurship

This specialization combines the technical content of medical image and data processing (see above) with additional topics from the fields of economics and innovation management. The goal is to train technically minded graduates who also have the know-how required to set up a medical technology start-up. This specialization is taught in English.

Medical Robotics

This specialization consists of content from automation technology and computer science/artificial intelligence and enables engineers to develop medical robotics applications. The variety of use contexts ranges from surgical robots to intelligent prosthetic hands and legs to technical support in rehabilitation and care. The specialization is offered in English.

In this specialization, you will acquire knowledge of medical processes and anatomical-physiological relationships directly in the clinical environment. Thanks to your broad technical know-how, you are able to classify new topics and master the complexity arising from the interdisciplinary context. You will also acquire the ability to independently familiarize yourself with special areas, to develop problem-solving skills and to take responsibility for projects.

During the practical projects of the degree program, you put your knowledge into practice and at the same time increase your ability to cooperate in interdisciplinary teams of technicians and physicians. The Master’s thesis enables you to collaborate in the cutting-edge medical technology research of our scientists. Those interested in continuing in research have the opportunity to study for a doctoral degree afterwards.

Fields of study and specializations

• Medical Image and Data Processing (English, subject focus: Computer Science) – can be studied completely in English, additional courses taught in German available
• Health & Medical Data Analytics and Entrepreneurship (English, subject focus: Computer Science and Innovation Management) – is taught completely in English
• Medical Robotics (English, subject focus: Electrical Engineering, Computer Science /AI) – is taught completely in English

Which qualities and skills do I need?

• A related (technical) Bachelor’s degree with a strong focus on mathematics, computer science and electrical engineering
• GPA of 2.5 or better (according to the German system, in which 1.0 is the best grade and 4.0 is the worst passing grade)
• In-depth programming knowledge in Java and/or C/C++, ideally also in other programming languages
• Ability to organize your studies independently and willingness to work independently
• Interest in interdisciplinary topics
• Ability to work with team members from different backgrounds
• Interest in scientific research

Why should I study at FAU?

Due to FAU’s location in the “Medical Valley” of the Erlangen-Nuremberg metropolitan region, our students benefit from an excellent network right from the start. Part-time jobs at medical technology companies or a thesis with the medical specialists of our university hospital are within “cycling distance” for you. Medical technology is one of the main areas of research at FAU and you can feel this in the lecture hall or seminar room when current topics from our lecturers’ research work are brought to the classroom. As the most innovative university in Germany, we are at the forefront when it comes to shaping the healthcare technology of the future – and you can make your contribution!

Which career prospects are open to me?

A successfully completed degree as a medical technology engineer opens up interesting job opportunities for you, among others, in

• research institutes and universities
• the (medical) technical industry
• hospitals and other healthcare facilities

e.g. in the areas:

• Research and development
• Manufacturing
• Sales and distribution
• Technical service
• Operation of medial devices
• Training and counseling

Special features

In our Medical Engineering degree program, social life is considered an integral part of your academic experience. Our student representatives take good care of their fellow students and regularly organize parties, trips to the Medica trade fair and various informational events. This is how we ensure that you are not alone in your studies, but part of our community right from the start.

Stays abroad are particularly popular among our Medical Engineering students. Due to exchange cooperations with the departments involved in the program (Computer Science, Electrical Engineering, Mechanical Engineering, Materials Science and Chemical and Bioengineering), our students can complete a semester abroad in almost all European and many non-European countries. Please note that Non-EU students need to apply for the respective visa for their stay.

Final theses can be completed in collaboration with our partners (Fraunhofer Institut, Siemens Healthineers, adidas, etc.) after approval from the supervising professor.

Admission requirements, application, and enrollment

As a prospective student for the master’s degree program, you apply for our qualification assessment process (QFV) via our online portal Campo . During the two-stage assessment procedure, our admission board examines whether you have a first academic degree that is subject-related and meets the requirements for the overall grade (2.5 or better according to the German grading system, in which 1.0 is the best grade and 4.0 is the worst passing grade) .

The QFV is a two-stage process:

The first stage involves a review of your submitted documents:

Bachelor’s degrees which are (potentially) suitable for application (list is not complete):

• Medical Technology/(Bio)Medical Engineering
• Computer Science
• Computational Engineering
• Electrical Engineering-Electronics-Information Technology
• Mechanical Engineering
• Mechatronics
• Industrial Engineering

In the second stage, suitable applicants are invited to an online selection test (60 minutes). In this web-based exam, we test your knowledge of mathematics and algorithms (25%) and your skills in the chosen field of study (75%).

All suitable applicants who are qualified for the Master’s degree program in Medical Engineering will be admitted (no limit to the number of places available).

Language skills

For the specializations taught in English, an official English certificate equivalent to level B2 is required for non-native speakers:

• Internet Based TOEFL Score min. 80
• Paper Based TOEFL Score min. 547
• Computer Based TOEFL Score min. 210
• IELTS Score min. 5.5
• Cambridge Certificate First Certificate in English (FCE)
• Cambridge Business English Certificate (BEC) Vantage

Please consult our study program website (section “Prospective Students”) to inform yourself about the start dates of our application periods and potential changes.

Do you need help or more information?

Our Student Advice and Career Service (IBZ) is the central point of contact for all questions about studying and starting a degree programme. Our Student Service Centres and subject advisors support you in planning your studies.

Organizational

• Start of the semester
• Semester dates
• Semester fees
• Advice and services
• Going abroad
• Info brochure degree program
• Module handbook
• Degree program and examination regulations

Additional Information

• Website of the degree program
• Examination Office - Faculty of Engineering
• Department/Institute website
• Faculty of Medicine
• Faculty of Engineering
• Student Representatives at FAU

• Master Thesis

First you need to find a university, institute or company in Germany or abroad, where you can complete your Master's Thesis. Then you should select a supervisor at the external institution as well as a 1st examiner and a co-examiner from the Technische Hochschule or Universität zu Lübeck and get their agreement on the topic. The co-examiner is mainly important for the final oral exam.

There are no general regulations how the Master Thesis might look like. You can have a look at some examples in Ms Venker's office, though or look in the Uni Moodle for a template structure .

On the TH website you find an overview on Master theses from the last few years..

One Example for the title page

Registering for the Master Thesis

Important: In order to  register for the Master Thesis, you need to have all credits from the 1st semester and at least 20 credits from the second semester.

The topic title, with which you register your Master Thesis, will be the one that is valid and will later appear on your Master Degree Certificate. No later changes within the title are possible. Therefore also, write in clear handwriting. After having completed a rough draft of the schedule and some weeks of experience you may register your thesis by filling out the following form and submitting it to the Secretariat of the department of Applied Natural Sciences in Building 13, Room 0.21. This can be submitted in person or via  email .

Master Thesis Registration form

Master regulations

Submitting the Master Thesis and Registering for the final oral exam

Six months after the filled in starting date - at the latest - you must submit the completed Master Thesis in 2 hard copies to the Secretariat of the department of Applied Natural Sciences.

The submission date on the registration form is the date that counts as deadline!

The Thesis can be submitted in person or via post to the following address:

Department of Applied Natural Sciences Technische Hochschule Lübeck Fachbereich Angewandte Naturwissenschaften Mönkhofer Weg 239 23562 Lübeck

Please enclose: General Declaration

1 page publishable general abstract/summary

You must fill out the following form and submit it to the Secretariat of the department of Applied Natural Sciences. At this point you also register for the final oral exam. You should coordinate a date with your supervisor and examiners in advance. The oral exam normally takes place within 4 weeks after having submitted the Master's Thesis. You should arrange the date with your supervisors.

Master Thesis submission and final oral exam registration form

Exmatriculation

Please remember to hand back all books to the library and all lab keys that you still have in your possession to the TH janitor.

Please, fill out and hand in the Exmatriculation document to the secretariat AN (can be done via email), stating when you want to be exmatriculated after your final exam. You may either be exmatriculated at the end of the month, in which you have received your certificate or the end of the semester.

The exmatriculation document you have to show to the health insurance and the Ausländerbehörde.

Important: If you are exmatriculated right at the beginning of the new semester, you may get a partial refund on your paid semester fee. In order to receive this refund, you must write an email to the ASTA, with attached copies of your exmatriculation and bank transfer, along with your bank account details.

AStA der Technischen Hochschule Lübeck Mönkhofer Weg 239 23562 Lübeck.

Graduation & Certificate

There are two official graduation ceremonies for all students taking place each year - one in March and one in September. You will be invited personally in advance to take part and receive your certificate (or a copy) in person.

Normally, it takes up to 3 weeks after your final oral exam before you receive your final certificates. They will be sent to you automatically, so it is important that you fill in your updated address in the qis-portal. In the meantime the secretariat can provide you with an official document stating that you have successfully completed the Master's Thesis.

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Contact: Email:  info(at)mt-master.com

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• Master of Science in Biomedical Engineering

Projects and Master Thesis in Biomedical Engineering

What are typical master thesis topics.

Students report intermediate results during our yearly Biomedical Industry Day. An overview of this years displayed posters is found here .

Some examples of finalized master theses in biomedical engineering

• Experimental characterisation and finite element modeling of biodegradable magnesium stents
• Development of a planning tool for robot-assisted partial nephrectomy surgery based on 3D reconstructions of kidneys
• Does the lower limb kinematic CGM2.i model form a suitable alternative to the PiG model in a clinical setting
• Targeted drug delivery for liver cancer: modelling the impact of cancer burden on the particle distribution in a patient-specific cirrhotic live
• Development of antibacterial TiO2 coatings on titanium implants by plasma electrolytic oxidation
• 2-oxazoline-based plasma coatings for anti-fouling application
• Improving the adhesion properties of a shoulder implant using plasma technology
• The effect of vagus nerve stimulation on the brain of epilepsy patients
• Diagnosis of depression based on resting state functional MRI
• Towards Individualized Hearing Profiles Using Deep Neural Nets
• Computational models of optogenetic neurostimulation Comparative study of plasma-treated PCL fibers having different diameters and orientations for enhanced peripheral nerve regeneration
• Heterogeneity of the STV in the CAVB dog model for Torsade de Pointes
• Brain-Computer Interfaces using Machine Learning Reducing calibration time in Motor Imagery
• Automatic detection of abnormal behaviour of equines
• Deep Learning in Skin Lesion Classification Tasks
• Zero-Echo Time MR imaging of the pelvis as prior for PET reconstruction
• Radiation dose optimization of CT acquisitions in PET/CT examinations

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• Writing a master thesis in Italy
• Plastics and Textile Technology M.Sc.
• Italy, Bollate(MI)
• SYENSQO Specialty Polymers Italy S.p.A.
• 10/2023-03/2024

Application/Finding a master thesis

As in most study programs, you can choose to write your thesis at the university or externally in a company. For this reason, it was clear to me at an early stage that I wanted to write my Master’s thesis externally in order to gain further important practical experience. The contact to the former SOLVAY (SOLVAY has outsourced its Specialty Polymer Business Unit and founded its own company, which is now called SYENSQO) was made via the IKV Recruiting Speed Dating. There I was able to get to know my current supervisor in a brief in

© Cihan Koyuncu Bologna

terview and discuss my ideas about an external master’s thesis. It was no problem to get a confirmation, as both sides were interested in carrying out a Master’s thesis. As the Bollate site has never had a Master’s student outside of Italy before, in addition to the selection of the topic, a number of things had to be clarified with regard to insurance, contract, payment and other regulations. These points were resolved within almost a year via several meetings with various departments of the company or the university, so that I was able to start in Italy on time on 01.10.2023. For a good planning of a stay abroad, 9-12 months should be taken into account. If you are going to work abroad, you should find out about tax matters in advance. In the case of Italy, a Codice Viscale is required, which you can apply for at any Italian embassy in Germany.

Accommondation & Living expenses

Since I needed a furnished apartment, I used AirBnB to ask the various apartment providers for a long-term contract. This allowed me to reduce the price a little, as I was able to save on Airbnb’s fees and they were able to accommodate me in terms of price due to the 6-month stay. As Italians rarely speak English, there were considerable communication problems with some of the locals. For this reason, communication often took place via Deepl in order to at least get the message across. Financing an apartment in Milan would not have been possible despite the salary and the Erasmus money. That’s why I first lived in Limbiate and later in Magenta. This saved me the high rents in Milan. Nevertheless, I had to spend more on gas and have to travel 30-60 minutes to get to work, depending on the traffic. The remaining costs were comparatively slightly lower than in Germany. Despite this, I was able to travel a lot and generally had a very good time in Italy. Many museums and attractions are free for young adults under 25. Restaurants are comparatively cheaper as German restaurants and the quality of the food is significantly better. I was able to save some money, because the meals at work were free for me.

Everyday life/the internship

I had a 40-hour contract and therefore spent 9 hours a day in Bollate including a break. In the morning I left the house at 8:30 a.m. and was there at around 9:15 a.m. Because the working hours were flexible, I was able to come and go whenever I wanted. The most important thing was that I fulfill my tasks with high quality and at the same time deliver them on time. Due to the early work traffic, I deliberately drove to work later and was therefore able to reduce travel times. Whenever my supervisor worked from home, I was also allowed to work from home. At Syensqo, in addition to my master’s thesis, I took part in regular work operations and was therefore able to help out with some projects on the side. I was able to get to know many colleagues from the site, exchange ideas and work together. Among other things, we had contact with colleagues in Lyon, France and Alpharetta, USA. The lunch break enabled me to get to know my colleagues better.

© Cihan Koyuncu Lake Como

Here in Italy great value is placed on food culture. In the canteen there is a first (primi) and second (secondi) course in addition to salad and dessert every day. After every lunch break we sat down together for an espresso. Afterwards you were fit enough to devote yourself to work again.

The master’s thesis was about the comparison of high-performance tribological plastic compounds with and without PTFE. I examined the tribological parameters (COF, wear, PV limit) of various compounds and compared them with each other. This made it possible to determine the effect of graphite and other tribological additives on the tribological properties. In addition, two different methods for determining the tribological properties were compared.

After work there wasn’t much time left for other activities. I often did sports or studied for upcoming exams in the evenings. I was also allowed to fly back to Germany for the exams and work from my home office for several weeks. I was also able to get to know SYENSQO’s German location in Duesseldorf. What pleasantly surprised me was that even in Germany the colleagues were international. My colleagues were therefore predominantly Italian, but there were also some French, Austrian, Irish, Turkish and German colleagues. The working language was English, which is why my English improved significantly over these six months. But I also had the opportunity to learn some Italian.

It was particularly exciting to find out about everyday matters in Italy, all of which are different in Germany. Shopping, paying tolls or even washing the car was a bit of a challenge at first, but we were quickly able to figure it out with the help of the internet and by asking the locals. Even though many Italians were either unwilling to speak English or simply couldn’t speak it, a lot was communicated via gestures and facial expressions and, if necessary, communicated directly in Italian using Google Translate.

© Cihan Koyuncu Florence

Free time/tips

During the six months I was there, I wanted to see as much of Italy as possible. That’s why I spent most of my free time at the weekend travelling around the cities. The cultural sights and churches in particular are a definite must-see. The train connections in Italy are very good, much more punctual than in Germany and comparatively cheaper. I often slept in cheap hostels so that I could finance this amount of travelling. You can be lucky, but you can also be unlucky, which is why it’s well worth doing your research beforehand. Most sights in Italy are free for EU citizens under 25. Student discounts are rare, but in the cases where they were offered, I often didn’t have to show anything. Tickets for attractions could often be booked online in advance, which saved precious waiting time. However, you often had to pay by credit card. Here is a list of the cities I visited and my most important tips for a stay there.

Despite the fact that it is a world metropolis, Milan is actually the city that is least worth seeing in my opinion. This is not because the city itself is not beautiful, but rather because I liked all the other cities much better. The main sights in Milan are the cathedral and the Galleria Vittorio Emanuelle II, both of which are located directly on the cathedral square. You can visit the cathedral and even go up to the roof of the cathedral. Milan’s Arc de Triomphe and the neighbouring park are also very beautiful. If you walk through the park, you quickly come to a former castle, which you can also visit. There are many culinary options in Milan. Above all, a visit to China Town is worthwhile, especially in the evening. You can also visit the Cimitero Monumentale (Milan’s old cemetery) with its incredibly beautiful sculptures and tombs. Important Milanese personalities are also buried there, so it’s worth checking out who is buried there first. You can also visit the original “Last Supper” by Da Vinci in Milan. However, getting tickets for this was much more complicated than usual, which is why I unfortunately missed it.

If you live near Como, I think it’s worth making several trips to Como and especially to enjoy the beautiful view.

© Cihan Koyuncu Syensqo

Como is located on Lake Como and from there you can visit the numerous small villages on the lake. It is probably one of the most beautiful places in Italy, especially in summer. In Como, you can also book tickets for a boat tour that will take you to the villages on the lake.

Bergamo is one of the smaller cities in the Milan metropolitan region. Bergamo’s old town is situated on a hill, so you can either climb up the numerous steps or take the mountain railway (€1.70 each way). A beautiful old town centre awaits you at the top. The two churches on the market square are particularly worth a visit. I can particularly recommend foccacia at Il Fornaio and the original and first straciatella ice cream at La Marianna. A short day trip is enough to fully explore Bergamo.

Verona also has a beautiful old town centre. I was only able to stay there for a few hours on the way back from Venice. I can only encourage everyone to visit this city. Verona is also the city of Romeo and Juliet.

I don’t think I need to say much about Venice. Beautiful city with numerous canals, but unfortunately with a lot of tourists. Even if you just stroll through the streets of Venice, you can see a lot of beautiful things there. The big sights are definitely the Doge’s Palace and St. Mark’s Basilica. The Venice Opera is definitely worth seeing.

Very few people have an eye on the city on the Po. Still a very beautiful city that is definitely worth a day trip. The Musei Reali contains some really beautiful art and should definitely be visited. There is also a very nice car museum in Turin for all car enthusiasts. But definitely don’t miss the opportunity to take a walk along the Po.

© Cihan Koyuncu Vatican

The largest connected old town in the world can be found in Genoa. I was rather suspicious when I looked at the pictures on the Internet, but I was even more enthusiastic about this city once I was there. Therefore a must for everyone who wants to see a very extravagant, very wealthy city in Italy with a French flair.

The city of the Medici, an absolute must-see for anyone who has been to Italy. The Galleria dell’Academica and the Uffizi are a must-visit, especially for art enthusiasts. There you can see, among other things, the impressive original David sculpture. The magnificent Duomo in Florence is beautiful from the outside. But save yourself the waiting time and don’t go in, as it’s even bareer inside. For everyone who likes to learn about the history of Italy and Florence. Most and important Medicis, Donatello and 1-2 popes are buried in the Medici Chapel. You can get a good view of the city from one of Florence’s gardens, but you have to pay an entrance fee. Instead you can go to Piazzale Michelangelo and watch the sunset from there. You can get a good view of the city from one of Florence’s gardens, but you have to pay an entrance fee. Instead you can go to Piazzale Michelangelo and watch the sunset from there.

You should generally plan 3-4 days for Rome because you can see so much. Therefore, you should plan well in advance. The only tip I would like to give about Rome. Be sure to book tickets for the Vatican Museum in advance (1-2 weeks in advance). Otherwise you have to wait in line for up to 3 hours. But it was still worth it because you can see, among other things, the Sistine Chapel and with it the famous chapel painting by Michelangelo (The Creation of Adam).

So as became clear, spending time on weekends, holidays and good planning meant I was able to travel a lot. Even though this meant foregoing most of the other luxuries, I think I made the most of my time in Italy.

I am very satisfied and grateful for the opportunity to have been abroad. This would not have been possible without the support of Erasmus+. Not only was I able to gain important experience but I was also able to grow as a person. Living abroad is an experience that I would recommend to everyone and that will definitely provide personal growth. From today’s perspective I might approach certain points differently, but overall I’m very happy with how these six months went. The six months at SYENSQO also showed me what the working world looks like in other countries and how it can differ from that in Germany. Important experiences that I will carry with me in my life regarding international understanding. I can only recommend that everyone take a stay abroad as part of their studies. Above all, I can recommend everyone to visit this beautiful country, absorb the culture and experience all the beautiful things that I could only touch on here as part of the report.

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