Meta
Research Engineer, Synthetic Data Generation
$184K–$257K
Burlingame, CA · Full-time · Posted Aug 21, 2026
- Experience
- 5+ years of technical leadership experience driving medium- to large-scale cross-functional R&D projects focused on machine learning and computer vision.
- Education
- Bachelor's degree in Computer Science, Computer Engineering, a relevant technical field, or equivalent practical experience; PhD in Computer Science or a related field with published projects is also required.
About the job
Leads research and development of synthetic image generation and computer vision/machine learning solutions for training and designing Meta AR/VR products.
What you'll do
- Develop and improve realistic, diverse, controllable image synthesis using generative models, computer graphics, or simulation.
- Lead development and launch of synthetic-data CV/ML solutions; optimize models for performance, scalability, and maintainability.
- Drive cross-functional planning and collaboration, and mentor engineers, scientists, interns, and contractors.
What they ask for
- PhD in Computer Science or a related field, with published projects in synthetic data generation, machine learning, deep learning, and/or computer vision.
- 5+ years of technical leadership experience driving medium- to large-scale cross-functional R&D projects focused on machine learning and computer vision.
- Experience implementing computer vision algorithms and deep learning models in C++ and Python, including hands-on work with 3D geometry, image processing, or sensor fusion.
- Peer-reviewed publications in computer vision or machine learning at venues such as CVPR, ICCV, ECCV, NeurIPS, ICLR, or equivalents.
Nice to have
- Experience in computer graphics, procedural generation, and avatar rendering.
- Work experience in the AR/VR industry.
Pay
USD $183,997/year to $257,000/year (base salary) + bonus + equity
Tools
C++, Python
AI focus
Synthetic data generation and AI-based image synthesis for AR/VR model training, including deep generative models and controllable image generation.
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