You will build computer-vision and multimodal systems that understand real-world video.
You will own the full model lifecycle: problem definition, data strategy, experimentation, evaluation,
production launch, and post-launch improvement. Success means reliable production behavior — not benchmark performance or impressive demos alone.
Must Have - Build Computer-Vision and Multimodal systems
What You'll Work On:
- Face, person, object, and sensitive-text detection
- Object and person tracking
- Temporal event and action recognition
- Video quality assessment
- Evidence extraction and video summarization
- Multimodal video understanding
What You'll Do:
- Build representative training and evaluation datasets from field footage
- Design annotation guidelines, sampling strategies, hard-negative mining, and active-learning workflows
- Define model metrics connected to product outcomes: privacy-critical false negatives, precision
- and recall, confidence calibration, human-review burden, and performance across operating
- conditions
- Establish strong baselines, experiment tracking, model cards, and launch criteria
- Diagnose failures frame by frame and convert patterns into data, modeling, or product improvements
- Use production failures and reviewer feedback to improve datasets and models
- Work with the ML Evaluation engineer to define quality standards and regression tests
- Work with backend and platform engineers to package, deploy, monitor, and roll back models
- Communicate model limitations, uncertainty, and trade-offs clearly
What We're Looking For
- Strong Python and PyTorch experience
- Experience shipping computer-vision models into production
- Strong foundation in several areas: object detection and segmentation, OCR, multi-object
tracking, action recognition, temporal localization, and video or vision-language models
- Strong understanding of precision/recall trade-offs, calibration and threshold selection, dataset
leakage, label quality, distribution shift, and stratified evaluation
- Experience building datasets and evaluation systems for messy real-world inputs
- Ability to independently own ambiguous ML problems from framing through production
- Strong software-engineering fundamentals
- Ability to explain complex model behavior to product and operations teams