The B.Voc in Radiology and Imaging Technology is a specialized undergraduate program designed to train students in the use of imaging techniques for accurate diagnosis and treatment planning in healthcare. This three-year program integrates theoretical knowledge with hands-on training, ensuring that students develop expertise in operating advanced imaging equipment and understanding radiographic procedures. The curriculum covers essential areas such as X-ray imaging, ultrasound, CT scans, MRI, and nuclear medicine, equipping students with the necessary
skills to work in diagnostic centers, hospitals, and research institutions. In addition to technical proficiency, students are also trained in patient care, radiation safety, medical ethics, and quality control to ensure professional and ethical conduct in medical imaging.
The program includes industrial training and internships that provide practical exposure to real world medical imaging environments. Through hands-on experience, students gain a deep understanding of imaging techniques, image interpretation, and the role of radiology in disease
diagnosis and treatment monitoring. The course structure is designed to meet industry demands, ensuring that graduates are job-ready and capable of handling the latest imaging technologies used in modern healthcare facilities.

Scope:
1. Employment in Healthcare Facilities – Graduates can work in hospitals, diagnostic imaging centers, radiology departments, and specialty clinics, assisting in accurate disease
diagnosis.
2. Research and Development: Opportunities exist in medical research institutions and imaging technology firms, where professionals contribute to advancements in imaging techniques and equipment development.
3. Public Health and Emergency Services: Graduates can work with emergency and trauma centers, aiding in rapid imaging and diagnosis for critical patient care.
4. Quality Control and Radiation Safety: Careers in regulatory bodies and healthcare organizations involve ensuring safety standards, compliance with radiation protection guidelines, and maintaining imaging quality.
5. Higher Education and Specialization: Those interested in academic growth can pursue postgraduate studies, specialized certifications in advanced imaging techniques, or research in medical imaging sciences.

Career Path: