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Data Science Lead – CV, ML
Neko Health. Develop, verify, validate and deploy computer vision and ML algorithms for clinical decision support .
Core Competencies
Role fitCore Competencies
Use this summary to align your resume positioning with the role.
Demonstrates expertise in developing and deploying computer vision and machine learning algorithms for clinical decision support, with a strong foundation in software engineering and collaboration in cross-functional teams. Proficient in evaluating algorithms and ensuring regulatory readiness while mentoring colleagues and fostering a culture of continuous improvement.
Highest-signal resume keywords
Computer VisionDeep LearningPython Software EngineeringMachine Learning FundamentalsCross-Functional Collaboration
ATS Keywords
Tailor your resumeApplicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard Skills
Algorithm DevelopmentDetectionSegmentationTracking3D PerceptionModel EvaluationProduction Code DeliveryTestingCode ReviewData Analysis
Soft Skills
Clear CommunicationMentoringCollaborationProblem-SolvingContinuous Improvement
Tools & Technologies
AI ToolsNeko Health Backend InfrastructureLarge-Scale Data PipelinesSensor FusionSLAM
Certifications & Qualifications
MSc in Computer VisionPhD in Machine LearningPhD in Computer SciencePhD in PhysicsPhD in Engineering
Industry Keywords
Clinical Decision SupportRegulatory ReadinessSafety-Critical SettingsLabel-Efficient LearningNon-RGB Imaging
Tech Stack
Tools & technologiesPython
About the role
Key responsibilities & impact- Develop, verify, validate and deploy computer vision and ML algorithms for clinical decision support
- Contribute to new product features or research breakthroughs that improve member outcomes
- Own problems end to end, from vague questions and messy real-world data through modelling and evaluation to production models
- Collaborate with hardware engineers, software engineers, medical doctors, clinical researchers and data scientists
- Combine classical, geometric and learned methods, including semi-, self- or weakly-supervised approaches where expert labels are scarce
- Rigorously evaluate algorithms, analyse clinical study data and support regulatory readiness
- Deliver production-quality code and integrate it into Neko Health's backend infrastructure
- Use AI tools to improve productivity while retaining judgment and ownership
- Mentor colleagues, review code and designs, and help build a culture of openness and continuous improvement
Requirements
What you’ll need- Extensive experience in modern computer vision and deep learning on real-world camera or sensor data, including detection, segmentation, tracking or 3D perception
- Experience making algorithms work under messy real-world capture conditions, including lighting, motion, optics and calibration, and shipping them to production
- Strong machine learning fundamentals and algorithmic thinking
- Strong software engineering skills in Python, including production-level code, testing and code review
- 5+ years of relevant industry experience, or 2+ years post-PhD
- Experience working in cross-functional R&D teams alongside hardware and software engineers
- Clear communication skills, including explaining trade-offs to clinicians, engineers and managers
- Confidence using the latest AI tooling developments to increase productivity and efficiency
- MSc or PhD in Computer Vision, Machine Learning, Computer Science, Physics, Engineering or a related field
- Motivation to apply strong science to improve preventative healthcare
- Preferred: experience with multi-view geometry, matching across views and time, tracking, registration, calibration, SLAM or re-identification
- Preferred: experience with 3D vision or reconstruction
- Preferred: experience with label-efficient learning and large-scale data pipelines
- Preferred: experience with sensor fusion, state estimation, filtering or non-RGB imaging such as thermal
- Preferred: experience teaching or mentoring engineers or researchers
- Preferred: exposure to safety-critical or regulated settings