Teaching scientific integrity and research ethics.

Area of Science:

• Medicine
• Biology
• Chemistry
• Physics

Background:

• Rising cases of scientific misconduct necessitate effective preventive measures.
• International guidelines emphasize institutional responsibility and ethics education for researchers.
• A 'Study group Ethics in Medicine' developed a new teaching program.

Purpose of the Study:

• To develop and pilot a teaching program in research ethics for early-career scientists.
• To address ethical challenges across medicine, biology, chemistry, and physics.
• To evaluate the effectiveness and reception of the ethics training.

Main Methods:

• Structured case discussions in small, mixed-discipline groups.
• Courses offered to postgraduate students, postdocs, and department heads.
• Non-mandatory participation to gauge genuine interest and engagement.

Main Results:

• High acceptance and motivation among participants.
• Positive feedback indicating a strong demand for further courses.
• Demonstrated effectiveness of case-based learning in research ethics.

Conclusions:

• The developed research ethics teaching program is well-received by scientists.
• Case discussion format effectively engages participants across various scientific fields.
• There is a clear need and demand for structured ethics education in scientific training.