Students
Tuition Fee
Start Date
Medium of studying
Duration
Details
Program Details
Degree
PhD
Major
Applied Mathematics | Mathematical (Theoretical) Statistics | Biotechnology | Materials Science
Area of study
Mathematics and Statistics | Natural Science
Course Language
English
About Program

Program Overview


Internationales Graduiertenkolleg (IRTG-2379)

The International Graduate College (IRTG-2379) is funded by the German Research Foundation (DFG) and was established on October 1, 2018. The IRTG is based on a unique, complementary consortium.


Research Areas

  • Hierarchical and hybrid approaches for modern inverse problems

Description

The IRTG-2379 focuses on hierarchical and hybrid approaches for modern inverse problems. The program is designed to provide a comprehensive education and research experience for graduate students.


Faculty

The IRTG-2379 is associated with the following faculties:


  • Faculty 1: Mathematics and Natural Sciences
  • Faculty 2: Architecture
  • Faculty 3: Civil Engineering
  • Faculty 4: Mechanical Engineering
  • Faculty 5: Georesources and Materials Technology
  • Faculty 6: Electrical Engineering and Information Technology
  • Faculty 7: Philosophical Faculty
  • Faculty 8: Business and Economics
  • Faculty 9: Computer Science
  • Faculty 10: Medicine

Events

  • 01.12.2025: SSD: Prof. Antara Dasgupta
  • 08.12.2025: SSD: Dr. Nicolás Barnafi
  • 10.12.2025: Jonathan Zhang, M.Sc.

News

  • 21.11.2025: Former IRTG associated doctoral student Susanne Sass awarded the Friedrich-Wilhelm-Prize 2025
  • 18.11.2025: Promotion of Chrysanthi Papadimitriou
  • 30.10.2025: IRTG Annual Meeting 2025

Videos of Scientific Seminars

The seminar series are mostly recorded, providing access to the lectures of renowned scientists at any time.


About the IRTG-2379

The IRTG-2379 is a unique program that provides a comprehensive education and research experience for graduate students. The program is funded by the German Research Foundation (DFG) and was established on October 1, 2018. The IRTG is based on a complementary consortium and focuses on hierarchical and hybrid approaches for modern inverse problems.


See More
How can I help you today?