Nithish Teaching as come technologist
No reviews yet

I am NITHISH a seasoned professional in the field of Radiology and Nuclear Medicine, specializing in BRAIN,CARDIAC MRI & ALL PET/CT SCANS, post processing imaging. With years of practical experience in both clinical settings and academia, I am committed to offering students an engaging and thorough understanding of the subject. My classes are designed to provide both theoretical knowledge and practical insights to help you excel in your studies and future career.
Course Topics:
1. Physics and Radiation Physics
◦ Fundamental principles of physics relevant to radiology and nuclear medicine
◦ Understanding radiation properties, types, and safety measures
◦ Interaction of radiation with matter and its applications in imaging techniques.
2. CT (Computed Tomography)
◦ CT scanning principles and techniques
◦ Advanced CT modalities and their clinical applications
◦ Image quality, resolution, and optimization in CT imaging.
3. MRI (Magnetic Resonance Imaging)
◦ Basic principles and working of MRI machines
◦ MRI scanning protocols and techniques
◦ Advanced MRI techniques, including functional MRI (fMRI) and diffusion tensor imaging (DTI).
4. PET-CT Scans (Positron Emission Tomography - Computed Tomography)
◦ Introduction to PET and its combination with CT
◦ Clinical applications of PET-CT scans in oncology and cardiology
◦ Image acquisition, processing, and interpretation techniques.
5. Cardiac MRI Post-Processing Techniques
◦ Overview of cardiac MRI and its significance in diagnosing heart conditions
◦ Post-processing techniques for optimal visualization of cardiac images
◦ Quantification of cardiac function, myocardial viability, and perfusion.
6. Contrast Media
◦ Types of contrast agents used in imaging
◦ Indications, contraindications, and precautions in the use of contrast media
◦ Safety protocols and side effect management.
7. Scanning Protocols
◦ Standard scanning protocols for various imaging modalities
◦ Customizing scanning protocols for specific patient conditions and diagnostic needs
◦ Role of imaging protocols in enhancing diagnostic accuracy.

I could teach from basic and never hesitate to repeat again...

Subjects

  • Physics Beginner-Expert

  • Radiation Physics Beginner-Expert

  • Computed tomography Beginner-Expert

  • MRI (Magnetic Resonance Imaging) Beginner-Expert

  • PET Scan Beginner-Expert

Experience

  • RADIOLOGY TECHNOLOGIST (Jun, 2023–Present) at G KUPPUSWAMY NAIDU MEMORIAL HOSPITAL
    MRI brain, Pediatric brain, spine, Extremities, stroke cases,Functional
    MRI, MR Spectroscopy, MRCP, MRI Orbit cardiac MRI.
    Both (enhanced and unenhanced ) MR scans
    •ALL CT (enhanced and unenhanced ) CT Scans Angiography & PET/CT
    and in-vitro studies detailed as follow:PET/CT SCAN: Whole body /
    Regional (18F-FDG, 68Ga-DOTANOC, 68Ga-PSMA, 68Ga-FAPI, 68Ga-
    Pentixafor ), Brain (18F-DOPA),
    •Cardiac 18F-FDG & Post processing for image acquisition, 18F-fluoride
    bone scan.
    • CT AND PET CT Reporting.
    •PATLAK DYNAMIC PET SCAN.
    •Quality Control And Quality Assurance of PET CT And Gallium
    Generat
  • RADIOGRAPHER (Apr, 2022–May, 2023) at TESLA SCANS AND LABS
    Performing procedures in x-ray imaging with optimal diagnostic quality,
    adequate patient care and radiation protection. and Computed
    tomography In CT (all plain and contrast studies including Triple and Dual
    phase CT and angiography)

Education

  • Bsc Radiology and imaging Technology (Aug, 2017–Mar, 2022) from KMCH INSITUTE OF ALLIED HEALTH SCIENCES

Fee details

    ₹500–1,800/hour (US$5.83–20.97/hour)

    ONE HOUR CHARGES 1500 INDIAN RUPEES

Reviews

No reviews yet. Be the first one to review this tutor.