CONTEXT
This module tackles the urinary system. The urinary system is responsible for removing waste and excess substances from the bloodstream. It includes organs like the kidneys, ureters, bladder, and urethra. The kidneys filter waste from the blood to produce urine, which is then stored in the bladder until it is expelled from the body during urination. The urinary system also helps in regulating blood pressure and blood volume as well as controlling electrolyte and metabolite levels. This module serves as a foundation in understanding the components of the urinary system, specifically focusing on the anatomy, physiology, histology, and some diseases of the urinary system. As a result, the following specific objectives were achieved: demonstrate clinical competence (PO1), communicate effectively (PO2), and collaboration (PO5).
EXPERIENCE
Learning about the urinary system was tricky for me at first, especially when dealing with complicated mechanisms like glomerular filtration, tubular reabsorption, tubular secretion, and etc. However, as I dove into case studies and practical sessions, things started to make sense. Discussing with classmates and asking my teachers for help made me understand renal physiology a lot better. Later on, I began to see the urinary system as a dynamic connection of processes, all working together, which amazed me. Throughout the module, various activities, including lectures, case discussions, and practical sessions, were incorporated in order to build clinical competence (PO1). By engaging in case studies and discussions, we were able to apply theoretical knowledge to real-life scenarios as well as learn more from the inputs of others (PO5). Furthermore, collaborative efforts during group activities promoted effective communication as we tried to simplify principles and processes, an essential skill in the healthcare field (PO2).
REFLECTION
First, I have developed a deeper understanding of the various renal processes and its role in maintaining homeostasis despite my initial difficulties. Dissecting case studies, discussing the mechanisms with others, and maximizing laboratory sessions were the biggest contributors to my learning. Second, engaging in discussions with peers and instructors has not only enriched my understanding but also enhanced my ability to articulate complex concepts clearly, given that renal processes are generally quite complex. Lastly, through small group discussions and interactive sessions, I have learned to leverage the diverse skills and knowledge of my peers to enhance my learning. This collaborative approach also mimics the interdisciplinary nature of healthcare, emphasizing the significance of teamwork in addressing complex patient needs.
ACTION
First, to further enhance my clinical competence, I plan to engage in additional hands-on experiences, especially when it comes to my anatomy and histology skills. I plan on doing more self-review during laboratory meetings. Second, I aim to refine my communication skills by first truly understanding a concept before trying to explain it. Understanding makes simplifying a complex principle easier. Lastly, I plan on building my social and interactive skills by actively seeking opportunities to engage in discussions as well as participating in organizational activities.
EVALUATION
Evaluating my attitude and performance in the module, I recognize areas of strength and areas for growth. I tried my best to stay motivated to learn despite my difficulties with fully grasping the topics. However, I acknowledge the need to further refine my time management skills and discipline to ensure that I have enough time to maximize learning opportunities given to me in the module. Additionally, I aim to continue cultivating a growth mindset, embracing challenges as opportunities for learning and personal development instead of barriers of intimidation towards certain topics. This module has been instrumental in shaping my understanding of renal physiology, anatomy, and histology while equipping me with essential skills for clinical practice in the future years.