Foundations of biology and scientific practice

What it covers

In this unit, you will explore how cells function, develop, communicate and organise to form the tissues, organs and systems of the human body. You will examine the origins of cellular life, cell structure and function, embryonic development, stem cells, cell division and differentiation before investigating the mechanisms that maintain cellular homeostasis, including membrane transport, signalling pathways, bioelectricity and nervous system function. You will also explore how cells work together to form tissues and organ systems and how modern imaging technologies are used to study biological structures and processes. Learning activities include interactive online modules, laboratories, workshops, consolidation sessions and collaborative learning activities delivered by a cross-disciplinary team of academics from biology, developmental biology, anatomy, physiology and physics. Throughout the semester, you will develop practical laboratory skills, scientific communication abilities, information literacy and professionalism through competency-based laboratory assessments, interactive Viva-style oral assessments and a scaffolded semester-long project. These activities provide opportunities to apply knowledge to authentic biomedical problems, receive feedback on your progress and develop the academic and professional capabilities required for future study and careers in biomedical science.

Assessment

Hurdle tasks must be passed regardless of your overall mark.

When and where