| Course Level: | Master's | |
|---|---|---|
| Course Program: | Art & Humanities | |
| Course Duration: | 1.5 Years | |
| Course Language: | English | |
| Required Degree | 3 Year Bachelor’s Degree | |
| Course Level: | Bachelor’s | |
|---|---|---|
| Course Duration: | 3.5 Years | |
| Course Language: | English | |
| Required Degree | Class 12th | |
| Course Level: | Bachelor’s | |
|---|---|---|
| Course Program: | Art & Humanities | |
| Course Duration: | 3.5 Years | |
| Course Language: | English | |
| Required Degree | Class 12th | |
The Technical University of Nuremberg aims to integrate traditional technical and engineering disciplines with emerging technologies and societal needs. Its mission is centered around fostering innovation through interdisciplinary research, teaching, and knowledge transfer. The university seeks to contribute to sustainable solutions addressing global challenges such as digitalization, energy, and mobility.
While specific details about the range of faculties and courses might still be evolving due to its recent establishment, TUN is expected to offer undergraduate, graduate, and doctoral programs in areas like:
Engineering
Computer Science
Sustainable Technologies
Digital Health
Smart Mobility
And possibly other interdisciplinary fields integrating technology with natural sciences, social sciences, and business.
TUN is poised to become a research-intensive university, with plans to collaborate closely with local and international industries, research institutes, and other universities. This includes participation in collaborative research projects, joint degrees, and exchange programs.
The university is planned to have a state-of-the-art campus equipped with modern research facilities, collaborative spaces, and technology labs designed to support its innovative and interdisciplinary educational approach. The campus would likely be built to promote sustainability and smart technology integration.
Given its technical focus, student life at TUN is anticipated to be vibrant, with numerous opportunities for students to engage in cutting-edge projects, startups, and community engagement initiatives. The university will likely encourage a culture of entrepreneurship and innovation.
The establishment of the Technical University of Nuremberg is part of a broader strategy to enhance Germany's educational offerings in STEM (Science, Technology, Engineering, and Mathematics) fields and to boost the economic and technological development of the Nuremberg region and beyond.
B.Sc. in Computer Science: Focusing on fundamentals of computing, software development, artificial intelligence, and data science.
B.Eng. in Mechanical Engineering: Covering areas such as automation, robotics, materials science, and production technology.
B.Sc. in Environmental Science and Technology: Emphasizing sustainable development, renewable energy systems, and environmental management.
B.Sc. in Digital Health: Integrating healthcare with digital technologies to advance health informatics, telemedicine, and patient care systems.
M.Sc. in Electrical Engineering: Advanced studies in electronics, signal processing, and embedded systems.
M.Sc. in Sustainable Urban Planning: Focused on the design and development of sustainable, smart urban environments.
M.Sc. in Data Science and Analytics: Offering deep insights into big data analysis, machine learning, and statistical methods.
M.Sc. in Mobility Systems Engineering: Concentrating on the future of mobility, including electric vehicles, transportation networks, and logistic systems.
Ph.D. in Materials Science: Research-oriented program focusing on the development of new materials for various industrial applications.
Ph.D. in Cybersecurity: Advanced research in securing digital infrastructures, networks, and sensitive data from cyber threats.
Ph.D. in Biotechnology: Focused on innovations in biotechnology, including pharmaceuticals, agricultural tech, and bioinformatics.
Course Program Name |
Duration of the Course |
Tuition Fees Per Year (Approx. in USD) |
|---|---|---|
|
B.Sc. in Computer Science |
3-4 years |
$0 - $500 |
|
B.Eng. in Mechanical Engineering |
3-4 years |
$0 - $500 |
|
B.Sc. in Environmental Technology |
3-4 years |
$0 - $500 |
|
B.Sc. in Digital Health |
3-4 years |
$0 - $500 |
|
B.Sc. in Data Science |
3-4 years |
$0 - $500 |
|
B.Eng. in Electrical Engineering |
3-4 years |
$0 - $500 |
|
B.Sc. in Sustainable Urban Planning |
3-4 years |
$0 - $500 |
|
B.Sc. in Business Informatics |
3-4 years |
$0 - $500 |
Course Program Name |
Duration of the Course |
Tuition Fees Per Year in USD |
|---|---|---|
|
M.Sc. in Computer Science |
2 years |
$0 - $500 |
|
M.Eng. in Mechanical Engineering |
2 years |
$0 - $500 |
|
M.Sc. in Environmental Technology |
2 years |
$0 - $500 |
|
M.Sc. in Digital Health |
2 years |
$0 - $500 |
|
M.Sc. in Data Science |
2 years |
$0 - $500 |
|
M.Eng. in Electrical Engineering |
2 years |
$0 - $500 |
|
M.Sc. in Sustainable Urban Planning |
2 years |
$0 - $500 |
|
M.Sc. in Business Informatics |
2 years |
$0 - $500 |
Course Program Name |
Duration of the Course |
Tuition Fees Per Year in USD |
|---|---|---|
|
PhD in Computer Science |
3-5 years |
$0 - $500 |
|
PhD in Mechanical Engineering |
3-5 years |
$0 - $500 |
|
PhD in Environmental Technology |
3-5 years |
$0 - $500 |
|
PhD in Digital Health |
3-5 years |
$0 - $500 |
|
PhD in Data Science |
3-5 years |
$0 - $500 |
|
PhD in Electrical Engineering |
3-5 years |
$0 - $500 |
|
PhD in Sustainable Urban Planning |
3-5 years |
$0 - $500 |
|
PhD in Business Informatics |
3-5 years |
$0 - $500 |
English-Taught Programs: The university is likely to offer numerous programs taught in English, particularly at the master's and doctoral levels, to accommodate international students who may not be fluent in German.
Interdisciplinary Approach: With a focus on technology and applied sciences, the university will likely emphasize interdisciplinary studies, integrating engineering, IT, sustainable technologies, and digital health, which are attractive to a global student body.
International Office: The Technical University of Nuremberg will likely have an International Office dedicated to supporting international students from the application process through to their graduation. Services would typically include help with visas, accommodation, orientation, integration, and other administrative issues.
Language Support: To aid international students, the university would possibly offer German language courses to help them integrate more fully into German society and cope with any courses that might have components taught in German.
Cultural Integration: Programs to help international students adjust to life in Germany and to foster intercultural exchange within the university community might include buddy programs, cultural nights, and international festivals.
Research Opportunities: Being a technical university with a strong emphasis on research, there would be ample opportunities for international students to engage in cutting-edge research, often in collaboration with industry.
International Networks and Partnerships: The university is expected to establish various international collaborations that facilitate exchange programs, joint research projects, and global networking opportunities.
Modern Campus: Facilities at the new campus would likely be state-of-the-art, designed to support advanced research and provide a comfortable learning environment.
Student Life: The campus life for international students would be vibrant, with various clubs, societies, and events that cater to diverse interests and promote a multicultural environment.
Living in Nuremberg: Nuremberg is a city rich in history with a robust economy, offering a high quality of life. It's culturally vibrant and offers numerous recreational activities. The city is also an industrial hub, which might provide employment opportunities for students during and after their studies.
Cost of Living: While generally lower than in cities like Munich or Frankfurt, the cost of living in Nuremberg is still something international students would need to plan for. The university may provide guidance on budgeting and financial planning.
Research Programs: Prospective students should start by thoroughly researching the available programs to find one that best fits their academic and career goals. The Technical University of Nuremberg is expected to offer a range of programs in engineering, technology, and possibly interdisciplinary fields that merge technology with other areas.
Academic Requirements: Ensure that you meet the academic requirements for the chosen program. This typically includes having a relevant high school diploma for bachelor’s programs or a relevant bachelor’s degree for master’s programs.
Language Proficiency: Depending on the language of instruction (German or English), you may need to prove language proficiency through standardized tests like TestDaF or DSH for German, or TOEFL or IELTS for English.
Specific Prerequisites: Some specialized programs may have additional prerequisites such as specific coursework, work experience, or entrance examinations.
Documentation: Gather all necessary documentation, which may include:
Official transcripts and diplomas
Language proficiency certificates
Letters of recommendation (especially for master’s and doctoral programs)
Personal statement or motivation letter
CV/resume
Portfolio or other proof of practical experience (if applicable)
Application Portal: Depending on the program, you may need to submit your application through Uni-Assist (a common service for international applications to German universities) or directly through the university’s own application portal.
Application Fee: Check if there is an application fee required and the method of payment.
Admission Committee: Your application will be reviewed by an admission committee, which will assess your qualifications and suitability for the program. For programs with limited seats, this might involve a ranking or selection process.
Notification: You will receive a notification regarding your admission status. If accepted, you will be provided with further instructions on how to enroll and prepare for your studies at the university.
Enrollment: Complete the enrollment process, which includes submitting any final documents and paying the semester fee.
Visa Application: If you are an international student from outside the EU, begin your student visa application process using the admission letter from the university.
Accommodation and Travel: Arrange for accommodation and plan your travel to Nuremberg. The university may offer assistance or guidance in finding housing.
Orientation Programs: Participate in orientation programs designed to help you acclimate to the university and the local environment. This is an excellent opportunity to meet fellow students and learn about campus resources.
TUN, like many German universities, is expected to follow the standard academic calendar with main intake periods:
Winter Semester: Courses typically begin in October, with applications usually due before July 15 for international students and September 15 for domestic students. This is the primary intake period for most programs.
Summer Semester: Starts in April, with application deadlines typically by January 15 for international students and later for domestic students. Not all programs may offer a summer start; this can be more common for graduate programs.
Eligibility criteria can vary significantly between undergraduate and graduate programs, but here are some general guidelines:
Educational Qualification: Applicants generally need a secondary school leaving certificate comparable to the German Abitur, such as A-levels, International Baccalaureate, or an equivalent diploma.
Language Proficiency:
For German-taught programs: Proof of German proficiency, usually through tests like TestDaF, DSH, Goethe-Zertifikat C2, or Telc C1 Hochschule.
For English-taught programs: Evidence of English proficiency through tests such as TOEFL or IELTS.
Entrance Examination/Test: Some specialized programs might require passing an entrance exam or assessment.
Bachelor’s Degree: Applicants must have a relevant bachelor’s degree from an accredited institution, with a performance level that meets the program’s standards.
Specific Pre-requisites: Depending on the program, additional requirements might include specific undergraduate courses, professional experience, or research capability.
Language Proficiency: Similar language requirements as for the bachelor’s programs apply, pertinent to the language of instruction.
Master’s Degree: A relevant master’s degree is typically required, along with a demonstration of research capability, often shown through a master's thesis or equivalent research projects.
Proposal and Supervisor: Applicants usually need to propose a research project and may need to have a confirmed doctoral supervisor from the university.
Scholarship Name |
Eligibility Criteria |
Benefits |
Application Details |
|---|---|---|---|
|
Excellence Scholarship |
High academic achievement and potential in technology fields |
Covers partial or full tuition, may include a monthly stipend |
Application through the university with transcripts, a motivation letter, and possibly an interview |
|
Research Innovation Grant |
Graduate students engaged in innovative research projects |
Funding for research expenses and conference attendance |
Proposal submission and recommendation by faculty |
|
International Student Scholarship |
Non-EU students demonstrating financial need and academic excellence |
Tuition fee waiver or reduction, sometimes includes living expenses |
Requires application with financial documentation, academic records, and a personal statement |
|
Women in STEM Scholarship |
Female students in STEM fields showing outstanding academic records |
Partial to full tuition and mentorship programs |
Application including academic transcripts and an essay on gender equality in STEM |
|
Sustainable Development Scholarship |
Students working on projects related to sustainability and environmental technology |
Stipend and funding for project-related expenses |
Proposal submission detailing the project, its impact, and sustainability goals |
Accommodation Type |
Description |
Cost of Accommodation (Approx. in USD per month) |
|---|---|---|
|
University Dormitories |
Managed by the university or local student services; offers single rooms and shared apartments. |
$250 to $400 |
|
Private Apartments |
Independent rental units varying from studios to multi-bedroom apartments, available throughout the city. |
$400 to $800 |
|
Shared Apartments (WGs) |
Common in Germany, these are shared housing where each tenant has their own room but shares common areas like the kitchen and bathroom. |
$300 to $600 |
|
Temporary Housing |
Options such as short-term rentals or hostels, useful for students still searching for long-term accommodation. |
$20 to $50 per night |
Cutting-Edge Facilities: Students will likely have access to state-of-the-art laboratories, workshops, and classrooms equipped with the latest technology, supporting both learning and advanced research.
Interdisciplinary Projects: The university is expected to encourage projects that cross traditional academic boundaries, fostering innovation through collaboration between departments such as engineering, computer science, and environmental studies.
Modern Campus: As a new university, the campus will be designed with modern amenities and spaces that promote social interaction, collaborative learning, and community engagement.
Clubs and Organizations: Student life will be enriched by a variety of clubs and organizations that cater to a wide range of interests, including academic societies, cultural clubs, sports teams, and hobby groups.
Events and Activities: The university will likely host regular events such as guest lectures, industry networking events, cultural nights, and workshops that enhance the academic experience and provide opportunities for personal growth.
Diverse Student Body: With its international outlook, TUN will attract students from across the globe, creating a multicultural environment where students can learn from each other’s perspectives and experiences.
Support Services for International Students: The university will offer comprehensive support services, including orientation programs, language support, and help with administrative matters like visas and housing.
Vibrant City Life: Nuremberg is a city rich in history and culture, offering students numerous leisure and cultural opportunities. From historical sites and museums to festivals and modern entertainment, the city has something for everyone.
Transportation: Nuremberg’s efficient public transportation system makes it easy for students to explore the city and surrounding areas.
Economic Opportunities: Nuremberg’s strong economy, particularly in fields like electronics, transportation, and information technology, provides ample internship and job opportunities for students.
Sports and Recreation: The university will likely provide sports facilities and organize regular sporting events and competitions, promoting a healthy lifestyle among students.
Health Services: On-campus health services, including counseling and medical care, will support students’ physical and mental health.
On-Campus and Off-Campus Housing: While specific details are yet to be finalized, students can expect a range of housing options both on-campus and in the surrounding community, catering to different preferences and budgets.
Career Counseling: TUN is likely to offer comprehensive career counseling services, including resume and cover letter workshops, interview preparation, and career planning sessions. These services would be designed to help students identify their career goals and navigate the job market effectively.
Job Placement Services: As the university develops, it will probably establish a dedicated job placement office that facilitates connections between students and potential employers through job fairs, networking events, and on-campus recruiting.
Internship Programs: Internships are essential for students in technical fields to gain practical experience. TUN will likely collaborate with industry partners to offer students internships that complement their academic studies.
Cooperative Education: TUN can be expected to engage in cooperative education programs that integrate classroom studies with professional work experiences. These are highly beneficial for students, as they provide hands-on experience and a foot in the door at prospective employers.
Research Collaborations: Given its focus on innovation and technology, TUN is also likely to foster research collaborations with companies, particularly those in sectors like digital technology, sustainable energy, and automotive engineering. These partnerships could offer students opportunities to work on cutting-edge research projects, often leading to employment after graduation.
Building a Strong Alumni Community: Although TUN is new, it will start building its alumni network from the first batch of graduates. A strong alumni network is vital for ongoing career support, mentoring, and networking opportunities.
Alumni Events and Mentorship: TUN will potentially organize alumni events that keep former students connected to the university and current students, providing mentorship and networking opportunities.
Start-up Support: For students interested in launching their own businesses, TUN could offer support such as business plan development, funding opportunities, and incubation programs. This support is crucial in technical fields where innovation leads to new business opportunities.
High Employment Rate: As TUN’s programs are designed to meet the needs of industries integral to Germany’s economy, graduates are likely to enjoy a high employment rate.
Diverse Career Paths: Graduates can expect to find opportunities in a range of fields, from traditional engineering and IT roles to emerging areas like smart technologies and sustainable systems.
1. Program Capacity and Demand: As TUN grows and develops its academic programs, the number of applications received relative to the number of places available will determine how selective the university becomes. Technical and engineering programs, given their popularity and the emphasis at TUN, may become particularly competitive.
2. Admission Criteria: TUN's admissions will likely focus on the applicant's qualifications and suitability for their chosen program. For technical programs, this could include previous coursework in relevant subjects, practical experience, and potentially entrance exams or interviews.
3. International vs. Domestic Students: The criteria might vary slightly between domestic and international students, especially concerning language proficiency requirements and the recognition of foreign qualifications.
Modern Infrastructure: As a newly established university, the Technical University of Nuremberg is expected to feature modern infrastructure with state-of-the-art facilities designed to support its focus on technology and applied sciences.
Sustainable Design: In line with contemporary university construction trends, the campus is likely designed with sustainability in mind, utilizing green technologies and efficient resource management systems.
Public Transportation: Nuremberg is well-connected by public transportation, with extensive bus, tram, and subway systems, making the university easily accessible for students and staff.
Proximity to Industry: The university's location in Nuremberg places it near numerous technology companies and industrial partners, facilitating practical training opportunities, internships, and collaborative research projects.
Cultural and Historical Richness: Nuremberg is a city with a rich history and vibrant culture, offering students various extracurricular activities ranging from museums and historical sites to festivals and cultural events.
Living and Housing: The city provides a range of housing options for students, from university dormitories to private rentals, catering to different budgets and preferences.
Community Engagement: The Technical University of Nuremberg is likely to be integrated into the local community, participating in various local projects and initiatives that enhance student engagement and contribute to the region’s development.
Economic Impact: The university is poised to contribute significantly to the local economy by generating employment opportunities, attracting students and professionals, and enhancing the region’s profile as a center for innovation and education.
