Lovely Professional University offers a Certificate in X-ray Technician Course to equip students with the knowledge and skills required to become a successful X-ray Technician. The course is designed to provide students with a comprehensive understanding of the fundamentals of X-ray technology and its application in the medical field. The course covers topics such as anatomy and physiology, radiation safety, imaging techniques, and patient care. It also provides students with the opportunity to gain hands-on experience in the use of X-ray equipment and its application in the medical field.

The course is divided into three modules, each focusing on a different aspect of X-ray technology. The first module covers the basics of X-ray technology, including the physics of X-rays, the anatomy and physiology of the human body, and the principles of radiation safety. The second module focuses on the imaging techniques used in X-ray technology, such as digital radiography, computed tomography, and magnetic resonance imaging. The third module covers the patient care aspect of X-ray technology, including patient positioning, patient preparation, and the use of contrast media.

The course also provides students with the opportunity to gain practical experience in the use of X-ray equipment. Students will be able to gain hands-on experience in the use of X-ray equipment and its application in the medical field. The course also provides students with the opportunity to gain an understanding of the ethical and legal issues related to the use of X-ray technology.

Upon completion of the Certificate in X-ray Technician Course offered by Lovely Professional University, students will be able to demonstrate a comprehensive understanding of the fundamentals of X-ray technology and its application in the medical field. They will also be able to demonstrate the ability to use X-ray equipment and its application in the medical field.

Course Duration	Fee	Study Mode	University Type
2 Years	INR 1,50,000	Full-Time	Private University

Semester	Syllabus
1st Semester	Anatomy & Physiology, Radiographic Technique & Radiographic Equipment, Radiographic Positioning & Radiographic Pathology, Radiographic Physics, Radiographic Quality Control & Quality Assurance, Radiation Protection & Safety, Radiographic Imaging & Digital Radiography, Radiographic Special Procedures & Radiographic Equipment Maintenance
2nd Semester	Radiographic Technique & Radiographic Equipment, Radiographic Positioning & Radiographic Pathology, Radiographic Physics, Radiographic Quality Control & Quality Assurance, Radiation Protection & Safety, Radiographic Imaging & Digital Radiography, Radiographic Special Procedures & Radiographic Equipment Maintenance, Radiographic Imaging & Digital Radiography, Radiographic Special Procedures & Radiographic Equipment Maintenance
3rd Semester	Radiographic Technique & Radiographic Equipment, Radiographic Positioning & Radiographic Pathology, Radiographic Physics, Radiographic Quality Control & Quality Assurance, Radiation Protection & Safety, Radiographic Imaging & Digital Radiography, Radiographic Special Procedures & Radiographic Equipment Maintenance, Radiographic Imaging & Digital Radiography, Radiographic Special Procedures & Radiographic Equipment Maintenance, Radiographic Imaging & Digital Radiography, Radiographic Special Procedures & Radiographic Equipment Maintenance
4th Semester	Radiographic Technique & Radiographic Equipment, Radiographic Positioning & Radiographic Pathology, Radiographic Physics, Radiographic Quality Control & Quality Assurance, Radiation Protection & Safety, Radiographic Imaging & Digital Radiography, Radiographic Special Procedures & Radiographic Equipment Maintenance, Radiographic Imaging & Digital Radiography, Radiographic Special Procedures & Radiographic Equipment Maintenance, Radiographic Imaging & Digital Radiography, Radiographic Special Procedures & Radiographic Equipment Maintenance, Radiographic Imaging & Digital Radiography, Radiographic Special Procedures & Radiographic Equipment Maintenance

1. Introduction to X-ray Technology
2. Radiation Physics and Protection
3. Radiographic Imaging
4. Radiographic Equipment
5. Radiographic Positioning
6. Radiographic Pathology
7. Radiographic Procedures
8. Quality Control and Quality Assurance
9. Radiographic Film Processing
10. Digital Radiography
11. Computed Tomography
12. Magnetic Resonance Imaging
13. Ultrasound Imaging
14. Nuclear Medicine Imaging
15. Radiation Therapy
16. Professional Ethics and Practice