How to Write a Unique Dissertation Title: Guidance and Illustrations
November 22, 2022
How long should my dissertation be?
November 22, 2022
Radiography is the scientific technology of producing images of internal body organs and tissues. This revolutionary imaging technique of science has been widely used to diagnose issues of a body’s internal structure. Radiography is a helpful field for the medical diagnosis that requires extensive research. Students need to find exciting and up-to-date radiography dissertation topics.
Biomedical Science Dissertation Examples
Premier Dissertations has produced a list of new dissertation topics in radiography for 2025.
Healthcare Management Dissertation Topics | Pharmacy Dissertation Topics
Get 3+ Free Custom Topics within 24 hours;
List of Latest Radiography Research Topics 2025
Topic 1: Radiography Workflow Optimization: A Time and Resource Efficiency Analysis in UK Imaging Departments
Research Aim: This study focuses on optimizing radiography workflow in imaging departments within the UK healthcare system. The research aims to analyze the efficiency of current workflow processes, identify bottlenecks, and propose strategies for time and resource optimization. Employing a mixed-methods research design that includes time-motion studies, staff surveys, and interviews with imaging department managers, the study aims to provide practical recommendations for streamlining radiography workflow and enhancing overall operational efficiency.
Topic 2: Patient Satisfaction with Teleradiology Services: An Investigation into Remote Reporting Practices in the UK
Research Aim: This dissertation aims to investigate patient satisfaction with teleradiology services in the UK, focusing on remote reporting practices. The research seeks to assess the impact of teleradiology on patient experiences, accessibility of reports, and communication with radiologists. Using a qualitative research methodology that includes patient interviews, analysis of patient feedback, and surveys, the study aims to provide insights into optimizing teleradiology services to meet patient expectations and preferences.
Topic 3: Radiography in Geriatric Care: Addressing Challenges and Enhancing Imaging Protocols for Elderly Patients in the UK
Research Aim: This study focuses on addressing the challenges and enhancing imaging protocols for radiography in geriatric care within the UK healthcare system. The research aims to assess the unique needs of elderly patients, evaluate current imaging practices, and propose tailored protocols for geriatric radiography. Using a mixed-methods approach, including geriatric patient assessments, radiographer interviews, and literature reviews, the study aims to provide evidence-based recommendations for improving the quality of radiographic care for the elderly population.
Topic 4: Quality Assurance in Radiography: A Study of Protocols and Practices in UK Imaging Facilities
Research Aim: This dissertation aims to conduct a study on quality assurance (QA) in radiography, specifically focusing on protocols and practices in imaging facilities across the UK. The research seeks to evaluate the implementation of QA measures, adherence to established protocols, and the impact on imaging quality. Employing a quantitative research methodology involving QA audits and surveys.
Topic 5: Exploring the Impact of Artificial Intelligence on Diagnostic Accuracy in Radiography: A UK Perspective
Research Aim: This dissertation aims to investigate the impact of artificial intelligence (AI) on the diagnostic accuracy of radiographic images in the UK healthcare setting. The research seeks to assess the integration of AI technologies in radiography and their influence on the precision and efficiency of diagnostic processes. Employing a mixed-methods approach, including comparative analysis of AI-assisted diagnoses and interviews with radiographers, the study aims to provide insights into the evolving role of AI in enhancing diagnostic outcomes.
Top Thesis Topics in Radiography Topics 2025
Topic 6: Investigating Approaches to Optimize and Improve CT urology Technique- A Systematic Review
Research Aim: Within the last several decades, computed tomography urography (CTU) has become the preferred imaging technique for the urinary system. With the help of this effective equipment, the urinary system may be thoroughly anatomically evaluated to spot primary urothelial cancers, benign urinary tract disorders, and related abdominopelvic pathologies. As a result, the CTU protocol has been greatly optimised. This article explores the existing research on CTU protocol optimisation techniques, such as reconstruction methods, dose reduction, contrast bolus timing, and additional procedures.
Topic 7: Full Body PD-1 and PD-L1 Positron Emission Tomography in Patients Suffering Hepatocellular Carcinoma: Evidence from Literature Studies
Research Aim: Advanced non-small cell lung cancer patients' treatment paradigm has changed as a result of PD-(L)1 immune checkpoint inhibitors (NSCLC). This research aims to extract evidence from previous studies and create a literature review regarding using tumour tracers and positron emission tomography to detect tumours in the body.
Topic 8: Evaluating the Role of CT Perfusion in Treating Acute Ischemic Stroke
Research Aim: Patients with ischemic stroke and aneurysmal subarachnoid haemorrhage have successfully used the useful imaging approach known as perfusion CT (PCT). This study aims to evaluate CT perfusion applications in treating acute ischemic stroke.
Topic 9: Evaluating The Role of FDG-PET Scan in Assessing Breast Tumor Response to Chemotherapy
Research Aim: This study of radiography project topics aims to review the medications most often used to treat solid tumours and the scientific underpinnings of chemotherapy. As well as its implications for patient care, the topics of pseudoprogression, hyperprogression, and chemo-related adverse effects are examined. On the basis of published data and the experience of specialists, suggestions are made for evaluating tumour response and disclosing chemo-related adverse effects using FDG PET. This study aims to review the use of FDG PET for the assessment of immunotherapy is presented.
Topic 10: Using Acoustic Radiation Force Impulse (ARFI) Imaging to Predict Malignant Tumor in Breast Lesions
Research Aim: An innovative and promising ultrasound-based diagnostic method called acoustic radiation force impulse (ARFI) imaging measures the wave propagation speed to determine the stiffness of the tissue. These radiology research topics aim to assess the diagnostic efficacy of a new elastographic technology called acoustic radiation force impulse (ARFI) imaging for identifying breast lesions.
Trending Research Topics in Radiography Dissertation Topics
Topic 11: Utilizing Colour Doppler to Improve Machine Learning Diagnosis of Breast Cancer
Research Aim: To help determine the possibility of malignancy, colour Doppler is utilised in the clinic to analyse breast lumps' vascularity on ultrasound visually. This study is among the leading radiography dissertation ideas, which aims to algorithmically extract quantitative colour Doppler radionics characteristics from breast sonograms for machine learning, resulting in a diagnosis model for breast cancer that outperformed grayscale and clinical category models.
Topic 12: Evaluating the Applications of Diffusion Tensor Imaging: A Conceptualized Review
Research Aim: Diffusion tensor imaging (DTI) allows for the complete extraction, characterization, and exploitation of diffusion anisotropy effects, resulting in even finer data on tissue microstructure. The most cutting-edge use is undoubtedly fibre tracking in the brain, which, in conjunction with functional MRI, may provide a window into the crucial problem of connection. DTI is now being incorporated into many standard clinical procedures because of its ability to show minor anomalies in various disorders, such as schizophrenia, dyslexia, and multiple sclerosis. This research aims to explore the DTI's conceptual underpinnings and outline potential applications in various fields.
Topic 13: Magnetic Resonance Imaging and Diffusion Resonance Imaging: Assessment of Brain Damage in Alcoholics
Research Aim: Diffusion tensor imaging (DTI), a novel MR method, can help in identifying the deterioration of fibres that transfer information between brain cells. Researchers examining alcoholics have used DTI to find white matter abnormalities that aren't apparent with regular MRI. In the end, DTI could be helpful in unravelling the processes behind the macrostructural and functional alterations in the brain that are associated with abstinence and relapse. This study is one of the radiology thesis topics, which aims to evaluate the functioning of MRI and DRI techniques and evaluate their power of evaluation in brain damage among alcoholics.
Topic 14: Efficiency of Multidetector Computed Tomography (MDCT) Technology in Accessing Coronary after TAVR-in-TAVR
Research Aim: Patients with extended life expectancies may experience more frequent bioprosthetic valve failure and require further TAVR procedures. Coronary access may be difficult following TAVR-in-TAVR, partly because the leaflets from the original transcatheter heart valve (THV) will create a neo-skirt. This study aims to identify the efficiency of multidetector computed tomography to evaluate coronary accessibility following transcatheter aortic valve replacement (TAVR).
Topic 15: Compression Elastography Vs Shear Wave Elastography: Efficiency in Tendon Injury Assessment
Research Aim: Ultrasound elastography (USE), a relatively new technique, has seen significant advancements. By analysing how tissues respond to stress, this method allows for the assessment of the major mechanical characteristics of tissues. This research aims to develop a comparative analysis by explaining two primary methods used in musculoskeletal elastography: Compression elastography (CE) and shear-wave elastography (SWE). However, this study provides extensive research using both methods to examine tendon diseases that have been published in significant electronic databases.
Quality Radiography Research Topics For Undergraduate Students in 2025
Topic 16. Analysing the Impact of Digital Radiography on Patient Care and Treatment Outcomes in UK Hospitals: A Quantitative Study
Topic 17. Examining the Role of Radiographers in Diagnostic Imaging and Their Influence on Patient Diagnosis in the UK: A Qualitative Study
Topic 18. Assessing the Accuracy of Chest X-Rays in Diagnosing Pulmonary Conditions in UK Healthcare Settings: A Systematic Study
Topic 19. Understanding the Impact of Radiography Education on the Professional Development of Radiographers in the UK: A Case Study
Topic 20. Evaluating the Role of MRI in the Early Detection of Neurological Disorders in the UK: A Quantitative Study
Topic 21. Analysing the Efficiency of CT Scanning for Trauma Diagnosis in UK Emergency Departments: A Quantitative Study
Topic 22. Examining Patient Safety and Radiation Exposure in the Use of X-Rays in the UK: A Systematic Study
Topic 23. Assessing the Impact of Technological Advancements on Radiography Practice in UK Medical Institutions: A Case Study
Topic 24. Understanding the Challenges and Benefits of Tele-radiology in the UK: A Qualitative Study
Topic 25. Evaluating the Impact of Artificial Intelligence on Radiography Diagnostics in the UK: A Systematic Study
Topic 26. Analysing the Effectiveness of Radiographic Imaging in the Diagnosis of Bone Fractures in the UK: A Quantitative Study
Topic 27. Examining the Role of Radiographers in Improving Patient Satisfaction in UK Healthcare Settings: A Case Study
Topic 28. Assessing the Influence of Patient Communication on Radiography Results and Patient Comfort in the UK: A Qualitative Study
Topic 29. Understanding the Integration of Radiography with Other Healthcare Disciplines in the UK: A Systematic Study
Topic 30. Evaluating the Impact of Radiation Protection Practices in Radiography on Patient Health in UK Hospitals: A Quantitative Study
Topic 31. Analysing the Role of Ultrasound in Monitoring Pregnancy and Foetal Development in UK Healthcare: A Case Study
Topic 32. Examining the Effectiveness of Post-operative Imaging for Monitoring Surgical Recovery in UK Patients: A Systematic Study
Topic 33. Assessing the Use of Mobile Radiography in Remote Healthcare Environments in the UK: A Quantitative Study
Topic 34. Understanding the Application of Radiography in Paediatric Care in UK Hospitals: A Case Study
Topic 35. Evaluating the Training and Development Needs of Radiographers in the UK: A Qualitative Study
Topic 36. Analysing the Use of Fluoroscopy in Interventional Radiology in the UK: A Quantitative Study
Topic 37. Examining the Role of Radiography in Cancer Diagnosis and Treatment Planning in the UK: A Systematic Study
Topic 38. Assessing the Future of Radiography in the UK with Advancements in Digital Imaging Technologies: A Case Study
Topic 39. Understanding the Impact of Radiographic Imaging on Patient Management and Clinical Decision-Making in the UK: A Qualitative Study
Topic 40. Evaluating the Role of Radiography in Enhancing Early Detection of Heart Disease in the UK: A Quantitative Study
Interesting Radiography Dissertation Topics For Master Students in 2025
Topic 41. Analysing the Impact of AI-Enhanced Radiography on Early Diagnosis of Breast Cancer in UK Hospitals: A Quantitative Study
Topic 42. Examining the Effectiveness of Advanced MRI Techniques in Assessing Neurological Disorders in the UK: A Systematic Study
Topic 43. Assessing the Role of Radiography in Managing Emergency Trauma Cases in the UK: A Case Study
Topic 44. Understanding the Impact of Radiation Dose Reduction Strategies on Patient Safety in UK Radiology Departments: A Qualitative Study
Topic 45. Evaluating the Use of Mobile Radiography Units in Rural UK Healthcare Settings: A Quantitative Study
Topic 46. Analysing the Effect of Radiography Technological Advancements on Patient Outcomes in UK Hospitals: A Case Study
Topic 47. Examining the Influence of Radiographer Education on Patient Care Quality in the UK: A Systematic Study
Topic 48. Assessing the Effectiveness of Image-Guided Interventional Radiology in Treating Vascular Conditions in the UK: A Quantitative Study
Topic 49. Understanding the Role of Radiography in Managing Musculoskeletal Disorders in UK Healthcare: A Case Study
Topic 50. Evaluating the Impact of Technological Innovations in CT Imaging on Diagnostic Accuracy in the UK: A Systematic Study
Topic 51. Analysing the Role of Patient Communication in Reducing Radiography-Related Anxiety in the UK: A Qualitative Study
Topic 52. Examining the Impact of AI Algorithms on the Detection of Lung Cancer in UK Radiology Practices: A Quantitative Study
Topic 53. Assessing the Role of Radiography in Long-Term Monitoring of Cardiac Conditions in the UK: A Systematic Study
Topic 54. Understanding the Challenges of Using Ultrasound in Diagnosing Abdominal Disorders in the UK: A Case Study
Topic 55. Evaluating the Role of Digital Radiography in Improving Workflow Efficiency in UK Hospitals: A Quantitative Study
Topic 56. Analysing the Benefits of Hybrid Imaging Techniques for Cancer Diagnosis in the UK: A Case Study
Topic 57. Examining the Impact of Radiation Safety Training on the Reduction of Accidental Exposure in UK Radiology Departments: A Qualitative Study
Topic 58. Assessing the Effectiveness of Radiography in Diagnosing Acute Abdominal Pain in the UK: A Systematic Study
Topic 59. Understanding the Role of Radiography in Early Detection of Osteoporosis in the UK: A Quantitative Study
Topic 60. Evaluating the Impact of COVID-19 on Radiography Services and Patient Care in UK Hospitals: A Case Study
Topic 61. Analysing the Role of MRI in Assessing Brain Tumours in the UK: A Quantitative Study
Topic 62. Examining the Integration of Radiography and Artificial Intelligence in Stroke Diagnosis in the UK: A Systematic Study
Topic 63. Assessing the Impact of Radiographic Imaging in Post-Surgical Monitoring in UK Healthcare: A Case Study
Topic 64. Understanding the Challenges of Using Radiography in Diagnosing Paediatric Diseases in the UK: A Qualitative Study
Topic 65. Evaluating the Effectiveness of MRI in Identifying Soft Tissue Injuries in UK Athletes: A Quantitative Study
Topic 66. Analysing the Role of 3D Imaging in Enhancing Surgical Planning and Precision in UK Radiography: A Case Study
Topic 67. Examining the Impact of Tele-radiology on Diagnostic Timeliness in UK Rural Areas: A Systematic Study
Topic 68. Assessing the Use of Radiography in Diagnosing and Managing Osteoarthritis in the UK: A Quantitative Study
Topic 69. Understanding the Impact of Radiographer Stress on Diagnostic Quality in UK Healthcare: A Qualitative Study
Topic 70. Evaluating the Role of Radiographic Imaging in Preoperative Planning for Orthopaedic Surgery in the UK: A Case Study
Topic 71. Analysing the Role of PET-CT Scanning in Oncology for Early Cancer Detection in the UK: A Quantitative Study
Topic 72. Examining the Application of 3D Printing in Radiology for Prosthetics and Implants in the UK: A Case Study
Topic 73. Assessing the Effectiveness of Diagnostic Imaging in Managing Chronic Kidney Disease in the UK: A Systematic Study
Topic 74. Understanding the Role of Radiography in Detecting Spinal Disorders in the UK: A Quantitative Study
Topic 75. Evaluating the Effectiveness of Contrast Agents in Enhancing MRI Results for Tumour Detection in the UK: A Case Study
Prime Dissertation Topics in Radiography For PhD Students
Topic 76. Analysing the Integration of Artificial Intelligence in Radiography to Improve Diagnostic Accuracy for Oncology in UK Hospitals: A Systematic Study
Topic 77. Examining the Role of Advanced Imaging Techniques in Early Detection of Cardiovascular Disease in the UK: A Quantitative Study
Topic 78. Assessing the Ethical Implications of AI in Radiology and its Impact on Patient Care in the UK: A Case Study
Topic 79. Understanding the Impact of Radiation Protection Protocols on Patient Outcomes in UK Radiology Departments: A Qualitative Study
Topic 80. Evaluating the Efficacy of Hybrid Imaging in the Diagnosis of Complex Neurological Conditions in the UK: A Systematic Study
Topic 81. Analysing the Application of 3D Radiographic Imaging in Precision Orthopaedic Surgery in the UK: A Quantitative Study
Topic 82. Examining the Role of Radiographic Imaging in Early Detection of Mental Health Disorders in the UK: A Case Study
Topic 83. Assessing the Impact of Tele-radiology in Remote UK Healthcare Settings on Diagnostic Timeliness and Patient Care: A Quantitative Study
Topic 84. Understanding the Contribution of Radiography in Multidisciplinary Cancer Care Teams in the UK: A Systematic Study
Topic 85. Evaluating the Influence of Patient-Centered Radiography on the Patient Experience in UK Healthcare: A Qualitative Study
Topic 86. Analysing the Future Role of Artificial Intelligence in Reducing Radiographer Workloads in the UK: A Case Study
Topic 87. Examining the Effectiveness of Contrast-Enhanced Imaging in Diagnosing Gastrointestinal Disorders in the UK: A Quantitative Study
Topic 88. Assessing the Impact of Radiography in the Diagnosis and Management of Chronic Respiratory Diseases in the UK: A Systematic Study
Topic 89. Understanding the Role of Radiography in Postoperative Monitoring and Complication Detection in UK Patients: A Case Study
Topic 90. Evaluating the Use of Radiographic Imaging for Early Detection of Osteoporosis and Fracture Risk in UK Elderly Patients: A Quantitative Study
Topic 91. Analysing the Effect of Digital Radiography in Reducing the Environmental Impact of UK Healthcare Facilities: A Case Study
Topic 92. Examining the Role of Radiographic Imaging in Identifying and Managing Acute Stroke Patients in the UK: A Systematic Study
Topic 93. Assessing the Training and Development Needs of Radiographers in the UK to Improve Diagnostic Quality: A Qualitative Study
Topic 94. Understanding the Barriers to the Adoption of Artificial Intelligence in UK Radiography Departments: A Case Study
Topic 95. Evaluating the Impact of MRI Technology in Monitoring Disease Progression in Neurological Conditions in the UK: A Quantitative Study
Topic 96. Analysing the Role of Radiography in the Management of Musculoskeletal Injuries in UK Sports Medicine: A Systematic Study
Topic 97. Examining the Role of Radiography in Identifying Early Signs of Renal Disease in the UK: A Case Study
Topic 98. Assessing the Long-Term Effects of Repeated Radiographic Exposure on Healthcare Workers in the UK: A Quantitative Study
Topic 99. Understanding the Role of Radiography in Endoscopic Imaging Techniques for Gastrointestinal Disorders in the UK: A Systematic Study
Topic 100. Evaluating the Use of Radiographic Imaging in the Detection of Early Signs of Alzheimer's Disease in the UK: A Case Study
Topic 101. Analysing the Impact of Multi-Detector CT Scanning on Trauma Diagnosis in UK Emergency Departments: A Quantitative Study
Topic 102. Examining the Role of Radiographers in Enhancing Multidisciplinary Collaboration for Patient-Centered Care in the UK: A Qualitative Study
Topic 103. Assessing the Effectiveness of Radiographic Imaging in Diagnosing and Managing Rheumatoid Arthritis in the UK: A Systematic Study
Topic 104. Understanding the Role of Radiography in the Diagnosis of Infectious Diseases in the UK: A Case Study
Topic 105. Evaluating the Use of Radiography in Prenatal Care for Early Detection of Foetal Abnormalities in the UK: A Quantitative Study
Connect With Writer Now
Discuss your requirements with our writers for research assignments, essays, and dissertations.
A Methodical Approach to Choose a Good Radiography Dissertation Topic
Selecting radiology research topics involves a methodical approach. Start by identifying your specific interests within radiography, such as diagnostic imaging, radiation therapy, or advancements in technology. Formulate a clear research aim and methodology, ensuring a focused and insightful exploration of your chosen area to contribute meaningfully to the field of radiography.
Review Our Full List of Latest Research Topics
For more radiography thesis topics and radiology research paper topics, please keep checking our website as we keep adding new topics to our existing list of titles.
GOOD LUCK!
Free Online Plagiarism Checker For Students
We will email you the report within 24 hours.
Upload your file for free plagiarism
Get an Immediate Response
Discuss your custom requirements with our writers
