Poornima University offers a Diploma in X-Ray & ECG Technology, which is a two-year program designed to provide students with the knowledge and skills necessary to become a successful X-Ray and ECG Technician. The program is designed to provide students with a comprehensive understanding of the principles and techniques of X-Ray and ECG technology. The curriculum includes topics such as anatomy and physiology, radiation safety, X-Ray and ECG equipment operation, patient care, and medical terminology. Students will also learn how to interpret X-Ray and ECG images and how to use the equipment to diagnose and treat patients.

The program also provides students with hands-on experience in the clinical setting. Students will have the opportunity to observe and practice X-Ray and ECG procedures in a clinical setting. This will help them to gain practical experience and develop the skills necessary to become a successful X-Ray and ECG Technician.

Upon successful completion of the program, students will receive a Diploma in X-Ray & ECG Technology from Poornima University. This diploma will provide students with the credentials necessary to pursue a career as an X-Ray and ECG Technician. With the knowledge and skills gained from the program, students will be able to provide quality patient care and help diagnose and treat patients.

Course	Duration	Fee	Study Mode	University Type
Diploma in X-Ray & ECG Technology	2 Years	INR 1,50,000	Full-time	Private University

Year	Syllabus
1st Year	Anatomy & Physiology, Basic Electronics, X-Ray Physics & Technology, Radiographic Positioning & Techniques, Radiographic Quality Control & Quality Assurance, Radiation Protection & Safety, Radiographic Pathology, Radiographic Equipment Maintenance & Troubleshooting, Radiographic Imaging Process, ECG Technology & Interpretation, Clinical Correlation & Practical Training.
2nd Year	Advanced Radiographic Imaging, Advanced ECG Technology & Interpretation, Clinical Correlation & Practical Training, Radiographic Equipment Maintenance & Troubleshooting, Radiographic Quality Control & Quality Assurance, Radiation Protection & Safety, Radiographic Pathology, Radiographic Imaging Process, ECG Technology & Interpretation.

1. Introduction to X-Ray and ECG Technology
2. Anatomy and Physiology
3. Radiographic Imaging
4. Radiation Protection
5. Radiographic Positioning
6. Radiographic Pathology
7. Radiographic Procedures
8. Radiographic Quality Assurance
9. Radiographic Equipment
10. Electrocardiography
11. ECG Analysis
12. ECG Interpretation
13. ECG Equipment
14. Clinical Correlation
15. Patient Care and Safety