This remote contract opportunity is designed for experienced medical researchers and imaging specialists who regularly analyze medical imaging data. Selected professionals will perform authentic medical imaging workflows using 3D Slicer while recording their screen activity. These recordings will help train AI systems to understand how experts analyze and interpret medical imaging data using professional biomedical software.
The tasks reflect real-world medical imaging processes rather than simplified exercises. Contributors will demonstrate workflows such as loading and analyzing medical imaging datasets, segmenting anatomical structures, and performing volumetric measurements. The work may involve datasets such as CT scans, MRI images, or other DICOM-based medical imaging formats commonly used in biomedical research and clinical analysis.
Responsibilities:
- Load and review medical imaging datasets using 3D Slicer
- Segment anatomical structures and regions of interest within imaging data
- Record your screen while performing imaging analysis workflows
- Perform volumetric measurements and surface analysis of anatomical structures
- Use 3D Slicer extensions for advanced tasks such as image registration
- Follow written task instructions to complete realistic medical imaging workflows
Requirements:
- Professional experience using 3D Slicer for medical image analysis
- Strong understanding of medical imaging data formats such as DICOM
- Ability to perform segmentation, visualization, and measurement workflows
- Written English proficiency for understanding research task instructions
- Ability to record your screen using standard screen recording software
- Attention to detail and ability to follow structured analysis workflows
Benefits:
- Flexible schedule allowing you to complete tasks independently
- Fully remote work available from anywhere
- Competitive hourly compensation for experienced medical imaging specialists
- Opportunity to contribute to advanced AI training initiatives
This contract role offers experienced medical imaging professionals the opportunity to contribute real-world research workflows that help train next-generation AI systems for medical analysis.