AHIR KRISHNA
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स्वस्थ्य भारत, सुखी भारत
MRI SCAN ( TWO YEAR COURSE )
Syllabus & Curriculum
Of
MRI Scan Technology Course ( TwoYear )
OBJECTIVES OF THE COURSE:
Upon successful completion of the course, the student will be able to:
1-To impart detailed knowledge of human anatomy and physiology relevant to MRI imaging.
2-To provide training in MRI machine operation, positioning techniques, and protocol selection.
3-To build technical competence in scanning different body parts using appropriate MRI sequences.
4-To develop skills in patient preparation, safety screening, and contrast administration.
5-To ensure understanding of MRI physics, pulse sequences, and safety principles including quenching and zone safety.
6-To train students in identifying common pathologies and anomalies on MRI scans.
7-To introduce infection control, patient hygiene, and biomedical waste management in imaging departments.
8-To develop hands-on skills in imaging workflows, digital archiving (PACS), and use of Hospital Information Systems (HIS).
9-To provide real-world clinical exposure under supervision in radiology departments and MRI scan units.
10-To instill ethical and professional behavior in patient handling, confidentiality, and cooperation in healthcare teams.
11-To promote awareness of MRI-specific emergencies such as projectile risks and thermal burns.
12-To train students in contrast media handling, adverse reaction identification, and emergency preparedness.
13-To enable understanding of MRI applications in neuroimaging, musculoskeletal, abdominal, cardiovascular, and pediatric imaging.
14-To foster knowledge of modern MRI advancements, including functional MRI (fMRI), MR spectroscopy, and diffusion-weighted imaging (DWI).
15-To introduce documentation practices, report preparation, and radiologist communication.
16-To encourage lifelong learning and participation in clinical audits and quality control procedures.
17-To develop competence in performing pulmonary function tests (PFTs), arterial blood gas (ABG) sampling, and interpreting basic results.
18-To provide knowledge of MRI-compatible patient monitoring devices used during scan procedures.
19-To build confidence in handling pediatric, geriatric, and trauma patients during MRI scanning.
20-To train students in quality control procedures and regular MRI system maintenance checks.
21-To enable identification and minimization of artifacts caused by motion, metal, and field inhomogeneity.
22-To ddevelop communication skills for obtaining informed consent and educating patients about MRI exams.
23-To introduce research-based learning by encouraging audit of image quality and protocol optimization.
24-To ensure adherence to ethical practices in image manipulation, data privacy, and patient confidentiality.
25-To train students in multi-modality workflow integration with CT, ultrasound, and X-ray departments.
26-To instill understanding of cost-effective and patient-centric use of MRI in diagnostic decision-making.
27-To encourage familiarity with recent developments such as AI in MRI, automated reporting, and cloud PACS.
28-To promote a multidisciplinary approach by working collaboratively with radiologists, physicists, and clinicians.
29-To enhance critical thinking by correlating MRI findings with clinical history and other diagnostic tests.
Course Semesters / Course Modules
Year 1:Foundation in MRI Scan Technology
Semester 1:Fundamentals of MRI Technology
Module 1: Basic Anatomy & Physiology (Imaging Focus)
Duration:Four weeks
Type :Theory + Practical
Objective:To introduce students to basic human anatomy and physiology with a focus on structures relevant to MRI.
Module 2:Introduction to MRI Technology
Duration:Six Weeks
Type :Theory + Practical
Objective:To provide basic understanding of MRI principles, machine components, and scan room setup.
Module 3:MRI Physics & Safety
Duration:Four Weeks
Type :Theory + Practical
Objective:To explain physical principles like magnetism, signal generation, and image construction in MRI.
Module 4:Patient Care & Contrast Administration in MRI
Duration:Six Weeks
Type :Theory + Practical
Objective:To train students in patient preparation, contrast use, and comfort during scanning.
Module 5:MRI of Brain & Spine
Duration :Six Weeks
Type :Theory + Practical
Objective:To train students in protocols and positioning for neurological MRI.
Semester 2:MRI Imaging Techniques & Clinical Basics
Module 6:Musculoskeletal MRI Techniques
Duration:Four Weeks
Type :Theory + Practical
Objective:To develop scanning skills for joints, bones, and soft tissues.
Module 7:Brain & Spine MRI
Duration :Six Weeks
Type :Theory + Practical
Objective:To train students in neuroimaging protocols, patient positioning, and clinical indications for head and spine MRI.
Module 8:Arterial Blood Gases (ABG) & Emergency Response
Duration :Four Weeks
Type :Theory + Practical
Objective:To train students in abdominal and pelvic MRI imaging protocols, organ-specific positioning, and identification of key pathologies.
Module 9:Digital Imaging Systems – PACS & HIS
Duration:Four Weeks
Type :Theory + Practical
Objective:To introduce students to digital imaging systems, image archiving, reporting workflows, and integration with hospital information systems.
Module 10:Clinical Internship - Basic Exposure
Duration:Eight Weeks
Type :Theory + Practical
Objective:To introduce students to hospital respiratory units and sleep lab workflow through real-time observation.
Year 2:Advanced Clinical & Dignostic Year
Semester 3:Advanced MRI Imaging Techniques
Module 11:Advanced Brain & Spine MRI
Duration:Six Weeks
Type :Theory + Practical
Objective:To provide advanced skills in neuro-MRI protocols, MR angiography, functional imaging, and pathological correlation.
Module 12:Cardiovascular MRI
Duration:Six Weeks
Type :Theory + Practical
Objective:To train in heart and vessel imaging using advanced cardiac MRI protocols.
Module 13:Advanced Musculoskeletal MRI
Duration:Six Weeks
Type :Theory + Practical
Objective:To perform specialized MSK scans for sports injuries, cartilage imaging, and oncology cases.
Module 12:Abdominal & Pelvic MRI – Advanced Applications
Duration:Six Weeks
Type :Theory + Practical
Objective:To handle complex abdominal and pelvic MRI cases including oncology and MRCP.
Module 15:MRI of Breast & Pediatric Imaging
Duration:Four Weeks
Type :Theory + Practical
Objective:To develop skills in breast MRI protocols and pediatric imaging adjustments.
Semester 4:Digital Tools, Research & Final Internship
Module 16:Advanced MRI Physics & Artifacts Management
Duration:Four Weeks
Type :Theory + Practical
Objective:To deepen understanding of advanced MRI sequences and artifact troubleshooting.
Module 17:MR Spectroscopy & Functional Imaging
Duration:Four Weeks
Type :Theory + Practical
Objective:To train in advanced functional MRI and spectroscopy applications.
Module 18:MRI Quality Control & Safety Audits
Duration:Four Weeks
Type :Theory + Practical
Objective:To train in advanced functional MRI and spectroscopy applications.
Module 19:Research Meathodology & Case studies in MRI
Duration:Four Weeks
Type :Theory + Practical
Objective:To introduce research principles and develop presentation skills.
Scheme of Examination
Module 20:Final Clinical Internship /Advanced Case Exposure
Duration:Twelve Weeks
Type :Theory + Practical
Objective:To independently perform MRI scans in clinical settings and handle advanced imaging protocols.