Learning Outcomes for the Study Units:

Principles of Medical Imaging

1. Understand the principles and fundamentals of various medical imaging modalities such as X-ray, CT, MRI, ultrasound, and nuclear medicine.
2. Describe the physics behind each imaging modality, including image formation, contrast, and resolution.
3. Apply knowledge of imaging techniques and procedures for optimal image acquisition.
4. Evaluate the advantages and limitations of different imaging modalities in clinical practice.

Radiation Safety and Protection

1. Demonstrate knowledge of radiation safety principles and regulations governing medical imaging practices.
2. Implement radiation protection measures to ensure the safety of patients, healthcare personnel, and the public.
3. Operate imaging equipment in compliance with radiation safety standards and protocols.
4. Manage radiation exposure risks and minimize radiation dose while maintaining diagnostic image quality.

Anatomy and Physiology for Imaging

1. Identify and describe anatomical structures relevant to medical imaging.
2. Explain the physiological processes underlying normal and abnormal imaging findings.
3. Correlate anatomical knowledge with imaging appearances to facilitate accurate diagnosis.
4. Apply anatomical and physiological understanding to interpret imaging studies effectively.

Patient Care and Communication

1. Demonstrate effective communication skills with patients, caregivers, and healthcare team members.
2. Provide compassionate and patient-centered care during imaging procedures.
3. Address patient concerns related to imaging procedures and radiation exposure.
4. Adhere to ethical and legal standards in patient interaction and confidentiality.

Image Interpretation and Reporting

1. Interpret medical images accurately based on anatomical and pathological considerations.
2. Formulate concise and clear radiological reports that communicate findings to referring clinicians.
3. Recognize common pathologies and abnormalities in medical imaging studies.
4. Apply systematic approaches to image interpretation for reliable diagnostic outcomes.

Quality Assurance in Medical Imaging

1. Implement quality control measures to ensure the reliability and accuracy of imaging equipment.
2. Assess image quality and troubleshoot technical issues affecting diagnostic image acquisition.
3. Participate in quality improvement initiatives to enhance patient care and safety.
4. Adhere to standards and guidelines for quality assurance in medical imaging practices.

Advanced Imaging Techniques

1. Explain the principles and clinical applications of advanced imaging modalities.
2. Perform specialized imaging procedures and protocols effectively.
3. Evaluate emerging technologies and their potential impact on diagnostic imaging.
4. Apply advanced imaging techniques to address complex clinical scenarios and research needs.

Professional Development and Ethics

1. Engage in ongoing professional development activities to maintain competency in medical imaging.
2. Adhere to ethical principles and professional codes of conduct in healthcare practice.
3. Demonstrate leadership and advocacy for patient welfare and healthcare quality improvement.
4. Reflect on personal and professional growth to enhance professional practice and patient outcomes.