Training STEM Ph.D. Students to Deal with Moral Dilemmas

Area of Science:

• Scientific research in STEM fields.
• Interdisciplinary studies.

Background:

• Twenty-first-century STEM research presents complex challenges, including moral dilemmas.
• Ph.D. candidates require essential skills for academic and professional success.
• Limited exposure to moral philosophy hinders STEM students' ability to address ethical issues.

Discussion:

• Moral dilemmas in STEM research, such as antimicrobial resistance and dual-use research, necessitate interdisciplinary approaches.
• Integrating scientific and philosophical perspectives is crucial for ethical decision-making.
• Existing models from interdisciplinary education literature can support ethical training.

Key Insights:

• STEM Ph.D. students must acquire competencies in dealing with moral dilemmas.
• Ethical decision-making in STEM research is an inherently interdisciplinary process.
• Interdisciplinary learning models can enhance research ethics and integrity education.

Outlook:

• Developing explicit interdisciplinary training models for STEM Ph.D. students.
• Enhancing research ethics and integrity courses with philosophical components.
• Preparing future STEM researchers to navigate complex ethical landscapes effectively.