Biomedical scientists make decisions every day that directly impact diagnostics, therapy, and patient safety. At the same time, the demands for documentation, quality assurance, and compliance with legal requirements are increasing.

This micro-credential examines the entire reporting process in functional diagnostics—from the interpretation of complex findings to legal and ethical frameworks, and on to quality and risk management. The goal is to make diagnostic decisions that are well-founded, transparent, and legally compliant, thereby sustainably enhancing the quality of diagnostic processes.

In functional diagnostics, pharmacological knowledge and the professional handling of emergency situations play a central role. Medications can influence diagnostic results, while patient-centered examinations require swift and confident action in acute situations. Those working in this field therefore need both a solid foundation in pharmacology and the confidence to act decisively in emergencies.

This micro-credential combines both: It focuses on medications that influence pre-analytical and analytical processes, the safe use of medical substances, and a structured approach to medical and organizational emergencies. This enables risks to be identified early, sources of error to be reduced, and patient safety to be strengthened in the long term.

Sleep-related breathing disorders and other sleep-related conditions are becoming increasingly prevalent. At the same time, the demands on the diagnosis, evaluation, and interpretation of sleep studies are rising. 

This micro-credential provides biomedical scientists with practical know-how for working in a sleep lab—from preparing and conducting polysomnographic tests to scoring and interpreting the results. Participants learn to produce sleep‑medicine reports according to the latest standards and to support diagnostic processes in a quality-assured manner.

Respiratory diseases are among the most common chronic conditions and require precise diagnosis. The demands on pulmonary diagnostics are constantly increasing. Modern diagnostic procedures enable an increasingly precise assessment of lung function, exercise tolerance, and respiratory diseases.

This micro-credential provides biomedical scientists with in-depth knowledge of advanced pulmonary function diagnostics and cardiopulmonary exercise testing. Participants learn to confidently apply modern testing methods, interpret measurement results professionally, and design quality-assured diagnostic processes. In addition, the micro-credential provides practical skills in the areas of patient safety, ergonomics, and efficient workflows. 

Communication has a significant impact on the quality of diagnostic processes. Whether during the medical history interview, the communication of findings, or collaboration within an interprofessional team—clear, structured, and patient-centered conversations help prevent misunderstandings, improve workflows, and enhance patient safety. 

This micro-credential equips biomedical scientists with practical communication skills for their day-to-day diagnostic work. Participants learn to conduct medical history interviews in a targeted way, convey information effectively, and communicate professionally even in challenging situations. The focus is on reducing sources of error in pre-analytical care, ensuring reliable communication of test results, and fostering successful collaboration with patients, colleagues, and other healthcare professionals.