Measurable Student Learning Outcomes
(Application Level) Students will be able to demonstrate proficiency in performing sonographic imaging of small body structures, including the thyroid, breast, testicular, prostate, and extremities, while accurately identifying normal and abnormal findings. (CSLO #3)
(Remembering Level) Students will be able to identify the key anatomical structures and pathologies of small parts through ultrasound images, recognizing both normal and abnormal presentations. (CSLO #2)
(Analysis Level) Students will be able to analyze ultrasound images of small parts to diagnose pathologies, including cancers, cysts, and other abnormalities, and demonstrate understanding of their clinical implications. (CSLO #4)
(Application Level) Students will be able to apply the principles of ultrasound physics, contrast agents, and emerging modalities in small parts imaging to optimize image quality and enhance diagnostic accuracy. (CSLO #2)
(Application Level) Students will be able to demonstrate appropriate patient care techniques, including communication and positioning, to ensure comfort and accuracy during small parts ultrasound examinations. (CSLO #1)
(Understanding Level) Students will be able to explain the indications for small parts ultrasound imaging, including when to utilize interventional and emergency procedures based on clinical signs and symptoms. (CSLO #2)
(Synthesis Level) Students will be able to synthesize knowledge of small parts ultrasound imaging with clinical and pathological information to support diagnostic decision-making in a multidisciplinary healthcare setting. (CSLO #3)
(Application Level) Students will be able to apply safety and ethical standards in performing small parts ultrasound procedures, ensuring patient safety and privacy during imaging. (CSLO #3)
These MSLOs ensure that students in the Small Parts Ultrasound Imaging course are equipped with the necessary technical, clinical, and interpersonal skills to effectively perform and interpret diagnostic imaging for small body structures. Through a combination of practical experience and theoretical knowledge, students will be prepared for the challenges of this specialized field and contribute to high-quality patient care.