Imaging R&D Technologist
Role Overview
Imaging R&D Technologists are imaging professionals who support research, clinical trials and product development involving medical imaging.
They help ensure that images acquired during research and development studies are obtained using the required imaging protocols, meet appropriate quality standards and are suitable for clinical and scientific evaluation.
The role may involve CT, MRI, X-ray, PET/CT, nuclear medicine, angiography and other imaging technologies, depending on the product or research programme.
What Do They Do?
- Support imaging activities within clinical research and product development programmes
- Acquire or coordinate imaging examinations according to approved research protocols
- Ensure imaging protocols and acquisition parameters are followed correctly
- Assess image quality and identify protocol or acquisition issues
- Check that imaging examinations meet study and technical requirements
- Support image processing, data preparation and image review
- Work with clinical research, R&D and medical teams
- Help investigate imaging-related technical problems during studies
- Maintain consistency of imaging across different sites, scanners and examinations
- Provide imaging expertise to support product development and clinical evaluation
This role is ideal for: Radiographers and imaging professionals who enjoy clinical research, medical imaging technology, data, quality assessment and working on new healthcare products.
Where Do They Work?
Imaging R&D Technologists may work within:
- Medical imaging equipment companies
- Pharmaceutical and contrast-agent companies
- Radiopharmaceutical and nuclear medicine companies
- Medical device organisations
- Imaging software and AI companies
- Clinical research organisations
- Healthcare technology companies
- Research institutes and academic-industry partnerships
They may support development programmes involving:
- CT
- MRI
- X-ray
- PET/CT
- Nuclear medicine
- Angiography and interventional imaging
- Medical imaging software and applications
Examples of Imaging R&D Activities
Clinical Trials & Product Development
Imaging may be an important part of evaluating new products such as:
- CT contrast agents
- MRI contrast agents
- X-ray contrast agents
- Radiopharmaceuticals
- Medical imaging software
- Image analysis and AI applications
- New imaging technologies and clinical applications
The imaging specialist helps ensure that examinations are performed according to the required study protocols and that the resulting images are suitable for evaluation.
Imaging Quality & Protocol Compliance
Activities may include:
- Reviewing image quality
- Checking protocol adherence
- Assessing acquisition parameters
- Identifying artefacts and technical problems
- Checking consistency between imaging sites
- Supporting image standardisation
- Ensuring images meet study-specific requirements
Image Processing & Data Support
Depending on the project, the role may also involve:
- Image preparation and processing
- Data quality checks
- Image anonymisation or study-data workflows
- Supporting quantitative imaging analysis
- Preparing imaging datasets for research or product evaluation
- Working with imaging scientists, researchers and software teams
Career Development
A possible pathway is:
Radiographer → Specialist Imaging Experience → Research / Clinical Trials Experience → Imaging R&D Technologist → Senior Imaging R&D Specialist → Imaging Research / Clinical Technology Leadership
Experienced Imaging R&D Technologists may also progress into:
- Clinical Research
- Clinical Trials
- Imaging Applications
- Clinical Validation
- Medical Imaging R&D
- Imaging Science
- Product Development
- Research and Innovation
- Clinical Technology Leadership
Progression depends on clinical experience, imaging expertise, research knowledge and employer opportunities.
Related Career Areas
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Quick Reference
Imaging R&D Technologist — Support research and product development by ensuring medical images are acquired, assessed and prepared according to required imaging protocols, quality standards and study requirements.