Technical University of Munich

Overview

The PhD in Life Sciences at the Technical University of Munich (TUM) is a research-oriented doctoral program that emphasizes innovative scientific inquiry. Students engage in advanced research topics under the mentorship of seasoned faculty members, benefiting from a structured support system tailored for doctoral candidates.

What you'll study

Research-led doctoral training

• Doctoral research project: Conduct original research within a TUM research group, guided by a faculty supervisor.
• Supervision and academic guidance: Participate in regular meetings with supervisors and engage in academic activities at both group and school levels.
• Structured doctoral development: Access training and support through the Graduate Center of Life Sciences (GC LS) and the TUM Graduate School.

Typical components

• Research milestones: Complete progress reviews and documentations necessary for reaching doctoral candidacy.
• Academic training: Attend workshops, seminars, and information sessions focused on doctoral research and professional growth.
• Doctoral thesis: Produce a dissertation that presents the findings of your research work.

Specialisations

• Explore various research areas within the Life Sciences at TUM, such as molecular and cellular life sciences, systems biology, neuroscience, and biotechnology, depending on your specific project and supervisor.

Entry requirements

Admission to the doctoral program is contingent upon the recognition of your previous degree as equivalent to a German master’s degree, along with an assessment of your research background's compatibility with the proposed doctoral project. There are no specific GRE or GMAT score requirements, nor is there a fixed GPA grading score necessary for admission.

Career prospects

Graduates of the PhD in Life Sciences program are well-prepared for diverse career paths in academia, research institutions, and the biotechnology and pharmaceutical industries. They often pursue roles that involve advanced research, teaching, or leadership in scientific innovation, contributing significantly to advancements in life sciences and related fields.