Diploma in Radiography for X-Ray Technicians – Achieve Excellence in Diagnostic Imaging Practices
The OSHAA 30-Hours Diploma in Radiography for X-Ray Technicians is a professionally structured programme designed to provide participants with the essential knowledge, technical skills, and ethical understanding required for safe and accurate radiographic imaging. Combining theory with practical application, this course equips learners to operate X-ray equipment confidently while adhering to healthcare regulations and safety standards.
The curriculum covers radiation physics, X-ray generation, image formation, patient positioning, and equipment calibration. Participants learn to apply exposure parameters effectively to produce high-quality diagnostic images while minimising radiation risks for patients and healthcare professionals. Training also emphasises quality assurance, error identification, and corrective techniques to maintain consistent imaging standards. Legal, ethical, and regulatory frameworks, including patient confidentiality, informed consent, and professional conduct, are also addressed to ensure compliance in clinical practice.
In addition, the programme develops professional communication skills, enabling participants to provide clear instructions, reassure patients, and maintain comfort during procedures. Ideal for those entering the medical imaging field or enhancing their existing role, the OSHAA 30-Hours Diploma in Radiography for X-Ray Technicians prepares learners to deliver precise, safe, and high-quality radiographic services while contributing effectively to multidisciplinary healthcare teams.
OSHAA 30-Hours Diploma in Radiography for X-Ray Technicians
Study Units
Learning Outcomes
Fundamentals of Radiography and Imaging Principles (3 Hours)
- Understand the basic concepts and scope of radiography in medical imaging
- Explain the principles of image formation and interpretation
- Recognise the role of radiography within diagnostic healthcare services
Radiation Physics and X-Ray Production (3 Hours)
- Explain the physical principles behind X-ray generation and propagation
- Identify the components and functions of X-ray generating systems
- Understand how exposure factors influence image quality and patient safety
Anatomy for Radiographic Positioning (3 Hours)
- Identify anatomical structures relevant to common radiographic procedures
- Apply anatomical knowledge to achieve accurate patient positioning
- Understand the relationship between anatomy and optimal image capture
Operation and Calibration of X-Ray Equipment (3 Hours)
- Operate X-ray machines following standard protocols
- Perform basic calibration procedures to maintain equipment accuracy
- Troubleshoot common operational issues with radiography equipment
Radiation Protection and Safety Protocols (3 Hours)
- Apply principles of radiation safety for patients, staff, and self
- Implement ALARA (As Low As Reasonably Achievable) guidelines
- Use shielding, monitoring devices, and protective measures effectively
Patient Care, Comfort, and Communication in Radiography (3 Hours)
- Demonstrate effective communication with patients to ensure cooperation
- Provide comfort and reassurance during radiographic procedures
- Apply patient handling techniques that ensure safety and dignity
Radiographic Techniques for Different Anatomical Regions (4 Hours)
- Select appropriate radiographic techniques for various body parts
- Adjust positioning and exposure settings for optimal imaging results
- Identify and correct positioning errors during the procedure
Image Quality Assessment and Error Correction (3 Hours)
- Evaluate radiographic images for clarity, contrast, and diagnostic value
- Identify common image quality issues and their causes
- Apply corrective actions to improve suboptimal images
Legal, Ethical, and Regulatory Requirements in Radiography (3 Hours)
- Understand legal obligations and professional responsibilities in radiography
- Apply ethical principles to patient care and imaging practices
- Follow relevant national and international regulatory standards
Quality Assurance and Maintenance of Imaging Standards (2 Hours)
- Implement quality control procedures in radiographic practice
- Maintain records of equipment performance and calibration
- Ensure consistent compliance with imaging quality standards
- Equips participants with a solid foundation in radiographic principles and imaging techniques essential for professional practice.
- Enhances technical skills in operating, calibrating, and maintaining X-ray equipment to ensure accurate and reliable results.
- Strengthens understanding of radiation physics, safety protocols, and protective measures to safeguard patients and professionals.
- Develops proficiency in patient care, communication, and ethical conduct to improve the overall diagnostic experience.
- Trains participants in positioning techniques for different anatomical regions to achieve high-quality, diagnostic images.
- Improves competency in image evaluation, error identification, and corrective actions for enhanced diagnostic accuracy.
- Provides knowledge of legal and regulatory frameworks governing radiography to ensure compliance with industry standards.
- Builds capability in quality assurance practices to maintain consistent imaging standards and operational efficiency.
- Prepares participants for entry-level or advanced roles in diagnostic imaging departments across healthcare settings.
- Offers a professional qualification from OSHAA, enhancing career prospects and credibility in the radiography field.
This course is designed for participants who are seeking to develop or enhance their knowledge and skills in diagnostic radiography. It is suitable for:
- Participants aspiring to begin a career as X-ray technicians in healthcare settings.
- Participants currently working in medical imaging who wish to update their technical expertise and knowledge of best practices.
- Participants aiming to strengthen their understanding of radiation safety and patient care in radiographic procedures.
- Participants looking to meet professional development requirements within the healthcare and diagnostic imaging field.
- Participants pursuing a formal qualification to improve their employability and advancement opportunities in radiography.
