Radiology And Imaging Equipment

Biomedical Engineering · Level 6  ·  7 Chapters

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What Radiology And Imaging Equipment covers

Radiology And Imaging Equipment trains Biomedical Engineering Level 6 learners to maintain the machines that image the body. General X-ray equipment comes first: X-ray physics, tubes, generators, circuits, the image intensifier, the Bucky table, radiation protection and dosimetry. Orthopantomogram (OPG) equipment and mammography follow, each with principles, maintenance and safety. Computed tomography covers image reconstruction and the contrast scale, and fluoroscopy covers its principle, parts and maintenance. Diagnostic ultrasound covers ultrasonic wave physics, Doppler mode and artifacts. The unit ends with the bone densitometer. Across the unit you perform functionality checks, fault diagnosis and service reports.

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Careers after Radiology And Imaging Equipment

Radiology and imaging equipment skills open doors to vital roles in Kenya’s healthcare and industrial sectors, where accurate diagnostics save lives and support well-being. Mastering these skills means you can confidently maintain and repair sophisticated X-Ray and OPG machines, ensuring they operate safely and effectively. This expertise is in demand across hospitals, clinics, diagnostic centers, and specialized equipment servicing companies throughout Kenya.

  • Work in public and private hospitals such as Kenyatta National Hospital, Aga Khan University Hospital, or county referral hospitals, where you maintain and troubleshoot radiology equipment to support doctors in diagnosing patients accurately.
  • Join or start a service and maintenance business catering to the growing number of diagnostic centers and private clinics in Nairobi, Mombasa, Kisumu, and other urban centers, providing timely repairs and training users on proper equipment handling.
  • Collaborate with government health departments and agencies like the Ministry of Health or KenGen’s health units, ensuring workplace safety and equipment reliability in occupational health programs.
  • Serve the jua kali sector and private entrepreneurs who invest in mobile diagnostic units, helping extend quality healthcare services to rural and underserved communities.
  • Support the construction and mining industries by maintaining imaging equipment used for safety inspections and health monitoring of workers exposed to occupational hazards.

By mastering radiology and imaging equipment maintenance, you position yourself as a critical professional in Kenya’s healthcare ecosystem and beyond, with opportunities for stable employment or entrepreneurship. Your skills will directly contribute to saving lives and improving health outcomes, making your career both rewarding and impactful. Keep learning and stay passionate—your expertise will be a beacon of hope and health in communities across Kenya.

Chapters

What Radiology And Imaging Equipment covers: 45 main topics in 7 chapters

1. Perform General X-ray Equipment maintenance

  1. 1.1 Physics of X-rays Ray Equipment
  2. 1.2 X-ray sources
  3. 1.3 X-ray tubes
  4. 1.4 Main parts of an X-ray tube
  5. 1.5 X-rays generation
  6. 1.6 Components of X-ray generators
  7. 1.7 Block diagram of X-ray machine
  8. 1.8 Electric circuits and controls
  9. 1.9 Operation of control
  10. 1.10 X-ray image intensifier system
  11. 1.11 Bucky table
  12. 1.12 Radiation protection
  13. 1.13 Dosimetry
  14. 1.14 Effects of x-ray
  15. 1.15 Fault diagnosis
  16. 1.16 Maintenance procedures
  17. 1.17 Safety procedures

2. Perform Orthopantomogram equipment (OPG) Equipment maintenance

  1. 2.1 Meaning and overview of OPG
  2. 2.2 Principles of OPG Imaging

3. Perform Mammography Equipment maintenance

  1. 3.1 Meaning and overview of mammography
  2. 3.2 Structure of the breast, glandular tissue, ducts, lymph nodes, and the significance in imaging
  3. 3.3 Principles of mammography
  4. 3.4 Special Techniques and Modalities

4. Perform Computed Tomography Equipment maintenance

  1. 4.1 Principle of CT scan
  2. 4.2 Measurement procedure
  3. 4.3 Image reconstruction
  4. 4.4 Limitation of x-ray images
  5. 4.5 Tomography
  6. 4.6 contrast scale

5. Perform Fluoroscopy Machine maintenance

  1. 5.1 Principle of Fluoroscopy Machine
  2. 5.2 Application of fluoroscopy machine
  3. 5.3 Parts of the fluoroscopy machine
  4. 5.4 Maintenance procedures
  5. 5.5 Safety procedures

6. Perform diagnostic Ultrasound Equipment maintenance

  1. 6.1 Principle of ultrasound imaging
  2. 6.2 Physics of ultrasonic waves
  3. 6.3 Technical features distinguishing individual probes
  4. 6.4 Doppler mode
  5. 6.5 Artifacts
  6. 6.6 Application of different scan

7. Perform bone densitometer Equipment maintenance

  1. 7.1 Principle of bone densitometer
  2. 7.2 Physics of densitometry
  3. 7.3 Technical features
  4. 7.4 Maintenance procedures
  5. 7.5 Safety procedures

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