Overview This English‑taught, multidisciplinary Master’s programme focuses on applying modern laboratory and analytical methods to medical diagnostics. It trains students to use cutting‑edge techniques for detecting, quantifying and interpreting biological signals that inform patient care. The curriculum is designed so each student can shape their own study path and dive deeply into the diagnostic approaches that interest them most.
Areas of specialisation and learning outcomes Students select an individual specialisation; common foci include high‑throughput analysis, personalised medicine using immunological techniques, and biomarker discovery and application. Practical laboratory work is combined with analytical training and clinical validation—students learn not only how to identify and measure diagnostic markers but also how to validate them in clinical study settings. The programme therefore bridges laboratory science and translational, patient‑oriented research.
Why this programme might suit you This Master’s is well suited to graduates who want to work at the interface of laboratory research and clinical application—whether in diagnostics, translational research or related sectors. The flexibility to choose a specialised path allows you to tailor the degree to your career goals and research interests while gaining hands‑on experience with advanced diagnostic methods.
Typical entry requirements (confirm exact details with the university)
This master’s curriculum is built to train specialists in molecular diagnostics and precision medicine by combining core theory with intensive hands-on practice and independent research. The programme is structured across three semesters: an initial semester focused on foundational theoretical instruction in applied medical diagnostics, followed by a semester dedicated to a practical laboratory course where students carry out complete experimental workflows. After the practical phase, students can pursue a focused research project, and the programme concludes with a final semester devoted to writing and defending a Master’s thesis that allows them to develop or apply their own ideas in a research or applied setting.
Course content emphasizes modern diagnostic technologies and the molecular sciences that drive personalized healthcare. Key thematic areas include high-throughput methods, biomarker-based diagnostics and prognostics within personalised medicine, and molecular profiling techniques such as transcriptomics, proteomics, and metabolomics. Throughout the programme students learn experimental design, sample preparation, data analysis, and result validation, gaining the practical and analytical skills needed for contemporary diagnostic workflows.
By the end of the programme graduates are expected to function independently in laboratory and research environments and to translate advances in natural sciences into diagnostic applications. The curriculum is suited to those aiming for roles in clinical and translational research, diagnostics development, or further doctoral research, equipping students with both technical proficiencies and scientific reasoning essential for precision medicine. For full course listings and up-to-date details, please consult the programme website.
Program structure / requirements (programme activities)
Key modules and topics
Learning outcomes
For more detailed information about individual courses and assessment methods, please refer to the programme website.
This programme expects applicants to hold a professionally qualifying Bachelor's degree in the natural sciences or engineering. Candidates with degrees in other fields may also be considered if their prior studies closely match the content and learning outcomes of the Master's programme.
In addition to the degree, applicants must demonstrate direct subject-matter suitability by showing sufficient understanding in at least three of the following areas: biochemistry, microbiology, molecular biology, physiology, and statistics. This knowledge can be documented through completed study programmes, specific modules or courses, or relevant professional experience.
Practical laboratory experience is also mandatory. Hands-on work in biochemistry, microbiology, molecular biology, or closely related laboratory fields must be proven with appropriate documentation (for example, registration lists, grade lists, or employment references). International applicants should ensure these documents clearly evidence the required coursework and lab work.
Winter Semester (International)
15 May 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for roles in clinical diagnostics, biotechnology and pharmaceutical companies, research institutions and organisations involved in clinical studies and biomarker development. The programme's combination of hands‑on laboratory skills, high‑throughput data techniques and experience in experimental design equips students for positions such as molecular diagnostics scientist, biomarker analyst, R&D laboratory specialist, or roles in translational research and clinical validation teams.
The practical and research components also provide a solid foundation for continued academic research or a PhD in related biomedical or life‑science fields, particularly for students aiming to specialise further in diagnostic assay development and personalised medicine.
Technical University of Munich — München
Technical University of Munich — München
Hochschule Fresenius - University of Applied Sciences — Berlin
Dresden International University — Dresden