Abstract: As global healthcare systems evolve, medical training must advance not only in content but also in its moral responsibility to the learners, patients, and society. This perspective paper examines how well-intentioned training systems can inadvertently cause harm and argues for reframing medical education around applied expressions of the classical bioethics principles of safety, equity, and future readiness. Beyond traditional concerns such as consent and confidentiality, it highlights the structural dimensions of ethics: training equity, learner safety, and institutional accountability. Drawing on global and regional evidence, simulation-based medical education is presented not merely as a pedagogical innovation but as an ethical imperative that improves performance, reduces procedural errors, and enhances learner confidence. Drawing on these concerns, the paper introduces the SAFE Training Framework - Safety, Alignment, Faculty development, and Evaluation - as a practical model for embedding ethics into medical education. The conceptual framework emphasizes four essential anchors: ensuring Safety for learners and patients, Aligning training with ethical and contextual values, empowering Faculty through development and support, and Evaluating competence through authentic, future-oriented assessment. This framework, targeted at medical educators, training institutions, policymakers, and accrediting bodies responsible for shaping health-workforce quality and patient safety, can inform curriculum design and accreditation standards for medical education in Low- and Middle-Income countries. The discussion also addresses emerging challenges in the age of artificial intelligence, calling for balance between innovation and integrity in assessment. Strengthening health systems in West Africa and beyond will require more than moral intent; it demands practical, ethically grounded approaches to capacity building across every stage of medical training. Keywords: medical education, medical ethics, simulation-based education, West Africa, patient safety, artificial intelligence
Dike et al. (Sun,) studied this question.