Location: Bangalore, India
nference is an AI-first healthcare technology company dedicated to accelerating biomedical discovery and transforming healthcare through cutting-edge artificial intelligence and large-scale computing. Our platforms help pharmaceutical companies, healthcare providers, and research organizations unlock insights from complex clinical, molecular, and imaging data to drive better decisions and improve patient outcomes.
Founded with the vision of solving some of healthcare's most challenging problems, nference combines deep expertise in software engineering, machine learning, data science, and life sciences to build products that make a meaningful impact on global healthcare. Recognized by The Washington Post as the "Google of Biomedicine," we continue to push the boundaries of innovation by partnering with leading healthcare institutions and industry pioneers.
Our people are our greatest strength. At nference, you'll work alongside exceptional software engineers, AI researchers, physicians, scientists, radiologists, and product leaders who are passionate about solving meaningful, real-world problems.
We foster a culture built on ownership, curiosity, collaboration, and continuous learning. Imaging Analysts are an integral part of our AI development pipeline, creating high-quality medical imaging datasets that power cutting-edge healthcare technologies. You'll collaborate with experts across engineering, clinical, and research teams while contributing to products that have a meaningful impact on patient care and biomedical discovery.
We're looking for an Imaging Analyst who is passionate about medical imaging, anatomy, and precision data annotation. In this role, you'll work with multimodal radiology datasets to create accurate annotations, segmentations, and landmark labels that support the development of AI-powered healthcare solutions.
You'll collaborate closely with radiologists, AI researchers, software engineers, and clinical scientists to produce high-quality imaging datasets while adhering to rigorous annotation standards and quality processes. This role is ideal for someone who enjoys working with medical images, has exceptional attention to detail, and wants to contribute to the future of healthcare AI.
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Perform high-quality annotations across multiple medical imaging modalities, including CT, MR, PT, US, and other radiology datasets.
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Segment anatomical and neuroanatomical structures using established annotation protocols and quality standards.
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Perform high-precision landmark placement for neuroimaging datasets.
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Interpret MRI sequences to accurately identify anatomical structures and tissue characteristics.
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Utilize ITK / ITK-SNAP for volumetric segmentation, multi-planar visualization, and image registration validation.
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Work with OHIF Viewer to review DICOM studies, DICOM-SEG overlays, and annotation workflows.
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Perform quality assurance checks to ensure annotation accuracy, consistency, and completeness.
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Collaborate with radiologists, clinical experts, AI researchers, and software engineers to continuously improve annotation quality and workflows.
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Maintain annotation documentation and follow standard operating procedures.
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Contribute to the development of high-quality datasets that enable AI-driven medical imaging solutions.
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Bachelor's or Master's degree in Medical Imaging, Biomedical Engineering, Life Sciences, Radiography, Medical Technology, Anatomy, Neuroscience, or a related technical discipline.
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General Foundational Anatomical Literacy: Core understanding of spatial orientation, tissue laterality, and multi-planar cross-sectional anatomy across axial, sagittal, and coronal views. Ability to cleanly distinguish gross anatomical boundaries, bone interfaces, and background air to establish a reliable baseline. Annotation experience of all radiology modalities like CT, MR, PT, US, and others.
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Brain Foundational Neuroanatomical Literacy: Ability to segment 33 semantic structures like the cortex and brainstem on multi-planar MRI. Annotators must accurately isolate deep grey nuclei and navigate complex boundaries like the hippocampal-amygdala transition.
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High-Precision Neuro Landmark Placement: Proficiency placing 24 point landmarks within a strict 1 mm target window of spatial error. Annotators must follow protocols for AC-PC alignment, cortical extremes, and deep grey matter surgical targets.
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Sequence-Specific Image Interpretation: Mastery of MRI contrast differences to leverage T1w series for anatomy and bony landmarks. Annotators must utilize T2w series for fluid-containing structures, ventricles, and global CSF boundaries.
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Software Proficiency with ITK / ITK-SNAP: Expertise utilizing ITK environments for volumetric 3D segmentation, multi-planar visualization, and 6-DOF registration checks. Annotators must accurately export final masks as 16-bit integer NIfTI-1 (.nii.gz) volumes.
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Web-Based DICOM Operations via OHIF Viewer: Competency utilizing OHIF tools to navigate raw DICOM series, display DICOM-SEG overlays, and manage workflows. Annotators must use point tools to capture exact 3D RAS coordinates for JSON sidecar export.
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Strong attention to detail with the ability to consistently produce accurate, high-quality annotations.
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Excellent analytical, observational, and problem-solving skills.
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Strong verbal and written communication skills.
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Experience working on large-scale medical imaging annotation projects.
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Familiarity with AI-assisted medical imaging workflows.
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Experience with medical image quality assurance and validation processes.
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Exposure to neuroimaging research or clinical imaging workflows.
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Experience working with multidisciplinary teams including radiologists, researchers, and AI engineers.
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Contributions to medical imaging research or scientific publications are a plus.
At nference, you'll work on technology that has the potential to transform healthcare and improve lives across the world. Every annotation you create contributes to advancing biomedical research, accelerating AI model development, and enabling better clinical decisions.
You'll be part of a team that values innovation, ownership, and collaboration, where you'll have the opportunity to work with cutting-edge medical imaging technologies, artificial intelligence, and world-class researchers while growing alongside some of the brightest minds in healthcare, engineering, and life sciences.
If you're excited about combining medical imaging expertise, anatomy, and artificial intelligence to create meaningful real-world impact, nference is the place for you.
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Industry Prestige: Build your career at the "Google of Biomedicine" (as recognized by The Washington Post), working alongside exceptional software engineers, physicians, scientists, and researchers.
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Cutting-Edge Innovation: Solve complex healthcare challenges using advanced AI, machine learning, and large-scale clinical, molecular, and imaging datasets.
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Meaningful Impact: Contribute to technologies that accelerate drug discovery and biomedical research, with opportunities to be recognized as a contributing author on high-impact scientific publications where applicable.
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Growth & Flexibility: Thrive in a collaborative, innovation-driven culture with continuous learning opportunities and a hybrid work model for eligible employees after successful completion of the three-month probation period.
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Wellness & Perks: Enjoy reimbursements for gym memberships, technology gadgets, high-speed internet, professional development, comprehensive health insurance, and complimentary breakfast, lunch, and snacks at our Bangalore office.
nference is committed to building a diverse, equitable, and inclusive workplace where everyone has the opportunity to thrive. We celebrate different perspectives, backgrounds, and experiences because they strengthen our teams and drive innovation. We are proud to be an equal opportunity employer and welcome applicants from all backgrounds to join us in building technology that transforms healthcare.
