Bio-fluids educational issues: an emerging field aims to define its next generation

Area of Science:

• Biomedical Engineering
• Fluid Mechanics
• Physiology

Background:

• Bio-fluid mechanics are integral to numerous physiological processes, including substance transport and locomotion.
• Teaching bio-fluid mechanics in biomedical engineering programs presents unique challenges due to extensive biological science curricula.
• A growing number of textbooks are becoming available, addressing a past scarcity in educational resources.

Purpose of the Study:

• To address the challenges of educating students in bio-fluid mechanics within biomedical engineering.
• To outline current pedagogical approaches for bio-fluids courses.
• To present strategies for developing effective bio-fluid mechanics curricula.

Main Methods:

• Review of existing pedagogical strategies for bio-fluid mechanics education.
• Analysis of curriculum constraints in biomedical engineering programs.
• Identification of key concepts in bio-fluid mechanics relevant to biological systems.

Main Results:

• Bio-fluid mechanics education faces hurdles due to the interdisciplinary nature of biomedical engineering.
• Diverse teaching approaches are being employed to cover the breadth of bio-fluid mechanics.
• The availability of texts is improving, aiding educators.

Conclusions:

• Effective bio-fluid mechanics courses require careful curriculum design to balance engineering fundamentals with biological complexity.
• Strategies presented aim to guide educators in creating comprehensive and impactful bio-fluids courses.
• Further development in pedagogical methods is crucial for advancing bio-fluid mechanics education.