MS Theoretical And Mathematical Physics-All you need to know
Overview
Course Details
University | LMU – Ludwig-Maximilians-Universität München |
Program Name | Theoretical and Mathematical Physics [Elite Graduate Program] |
Degree | M.Sc. (Master of Science) |
Subjects | Astronomy, Mathematics, Mathematical Physics, Theoretical Physics |
Language | English |
Study Mode | On campus |
Application Deadlines | Winter semester: 15 Jun |
Duration | 2 Years (starting: Winter semester) |
Tuition Fees | Free |
Qualification Requirements | Bachelor’s degree in physics or mathematics |
Language Requirements | TOEFL, IELTS, or equivalent tests |
Application Procedure | Directly at the University |
Application Fee | None |
Admission Documents
- A one-page statement explaining your interest in joining the elite graduate program “Theoretical and Mathematical Physics.”
- High school diploma (Zeugnis der Hochschulreife) with translation if required.
- Bachelor certificate in physics or mathematics with grades, or Vordiplomszeugnis and subsequent course grades, or a recent transcript of records (if available).
- Curriculum vitae, including your mailing address, date of birth, and nationalities.
- Letter of recommendation (can be sent separately or by email).
- If available: GRE subject test in physics or mathematics (preferably sent directly to the university, Institution Code: 7263), mandatory for applicants from outside the European Economic Area.
- If available: Proof of English language proficiency (refer to language requirements).
- Any additional documents you deem relevant.
Career opportunities
- Research and Academia: Graduates can pursue careers as researchers or professors in universities and research institutions, conducting cutting-edge research in theoretical and mathematical physics.
- Data Science and Quantitative Analysis: The strong mathematical and analytical skills acquired during this program make graduates attractive candidates for data science and quantitative analysis roles in various industries, including finance, technology, and healthcare.
- Computational Physics: Graduates can work in fields like computational physics, using mathematical models and simulations to solve complex real-world problems, such as climate modeling or material science simulations.
- Finance and Quantitative Finance: Financial institutions often hire theoretical and mathematical physicists to develop and implement quantitative models for risk assessment, algorithmic trading, and portfolio optimization.
- Software Development and Engineering: Some graduates transition into software development and engineering roles, where their mathematical and problem-solving abilities are highly valuable in creating scientific software, simulations, and modeling tools.
Hochschule für Wirtschaft und Recht Berlin • Berlin
Business Intelligence and Process Management (MSc)
Badensche Straße 52, 10825 Berlin, Germany
Course Duration: 2 Years