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Quantum Science & Technology – Master of Science – TU Munich

by | Masters Of Science, TU Munich

Quantum Science & Technology – Master of Science – TU Munich

by | Nov 28, 2023 | Masters Of Science, TU Munich

tu munich masters
tu munich masters

Overview

The Technical University of Munich (TUM), Germany, in collaboration with Ludwig-Maximilians-Universität (LMU), offers a Master of Science (M.Sc.) in Quantum Science & Technology. This program, housed under the Physics Department of TUM, is a Master’s level course with a duration of two years.

During this two-year study program, students will engage in research-related training that intersects natural sciences, engineering, and mathematics. The joint program between TUM and LMU provides a unique opportunity for students to immerse themselves in the dynamic and rapidly evolving field of quantum science and technology, benefiting from the expertise and resources of two of Germany’s most prestigious universities.

 

Course Details

University Technical University of Munich
Degree M.Sc. in Quantum Science & Technology
Subjects Quantum Technology, Mechanical Engineering, Mathematics, Quantum Mechanics, Quantum Computing, Nanosciences, Theoretical Physics, Nanotechnology, Astrophysics, Physics, Physical Engineering
Language of Instruction English Only
Application Deadlines Winter Semester: 31 May
Duration 2 Years (Starting: Winter Semester)
Tuition Fees Free
Study Mode On Campus
Qualification Requirements Bachelor’s degree (or equivalent) with knowledge in basic experimental physics, basic mathematics, theoretical sciences, and experimental sciences
Language Requirements English: IELTS min 6.5, TOEFL iBT min 88, Cambridge C1 Advanced/C2 Proficiency; GMAT score higher than 600 can also be considered
Application Procedure Directly at the University (incl. VPD from uni-assist)
Application Fee The initial application fee is €75, and for every subsequent application, the fee is €30 each.

 

Admission Documents

  1. Curriculum Vitae (CV): Your CV must be up-to-date, complete, and without any chronological gaps. You can upload this document during the online application process.
  2. Letter of Motivation: This should be a maximum of two DIN A4 pages. In it, explain your suitability for the program, referencing the admission requirements, and detail the reasons for choosing the specific master’s program at TUM. This includes your interests, the knowledge you gained from your bachelor’s program, and your desired areas of specialization. The letter must be specifically tailored to the chosen master’s program; a general statement of interest in the subject will not suffice. This can also be uploaded during the online application process.
  3. Academic Records of Bachelor’s Degree: Provide proof of your qualifying university degree. If you are applying before completing your bachelor’s degree, submit a certified official transcript of records and a formal list of pending courses. Once you complete your degree, provide TUM with your degree certificate, preferably within a year of starting your studies at TUM. If your bachelor’s degree is from a non-German university, complete an analysis of your curriculum and provide official descriptions of all your courses. A link to your university’s website with this information may be sufficient.
  4. Language Proficiency: Submit proof of language proficiency as per TUM’s requirements.
  5. Special Conditions for Certain Countries: If you’re from China, Georgia, Iran, Mongolia, or Vietnam, there are specific requirements for your documents.
  6. Health Insurance: For enrolment, you need to provide a certificate of health insurance.

Career opportunities

  1. Research and Development: Opportunities in academic, government, or industry research laboratories focusing on quantum computing, quantum communication, and other quantum technologies.
  2. Quantum Computing: Roles in the burgeoning field of quantum computing, working with companies developing quantum computers or in sectors like cybersecurity, where quantum encryption is becoming increasingly important.
  3. Technology Companies: Careers in technology firms that are exploring or integrating quantum technologies into their products and services, such as in the areas of sensors, imaging, and materials science.
  4. Academic Careers: Potential for further academic research and teaching roles in universities, particularly for those interested in pursuing PhD studies in quantum science and related fields.
  5. Innovation and Startups: Opportunities to be part of or initiate start-ups in the quantum technology sector, focusing on innovative applications of quantum science in various industries.

     

    Lingo Education Organisation
    Lingo education Organisation