Apple
AI Research Scientist: Multimodal Foundation Models - Architecture, Pre-Training & Distillation
$205K–$325K
Seattle, Washington +1 · Full-time · Posted Jul 27, 2026
- Location
- Seattle, Washington
Sunnyvale, California - Experience
- Minimum of 6 years relevant experience.
- Education
- Master’s degree, or equivalent practical experience in machine learning, computer science, or a related technical field.
About the job
Research and develop multimodal foundation-model architectures, pre-training, and distillation methods, including efficient models for Apple silicon and on-device use.
What you'll do
- Develop and evaluate architectures, pre-training objectives, data strategies, optimization methods, and teacher–student techniques.
- Co-design frontier and efficient models, incorporating memory, latency, energy, and privacy constraints throughout research and evaluation.
- Evaluate model capabilities and translate successful research into foundation-model technologies for Apple products.
What they ask for
- Hands-on experience designing, implementing, and running large-scale LLM pre-training experiments.
- Experience with LLM pre-training topics, including architecture, objectives, data mixtures, tokenization, curricula, scaling, and optimization.
- Proficiency with PyTorch or JAX and distributed training systems; experience evaluating pre-trained models.
- Strong understanding of transformer architectures and efficient or scalable foundation-model training.
Nice to have
- Experience contributing to major foundation-model pre-training efforts; relevant research contributions or experience with distillation and teacher–student training.
- Experience with multimodal models, inference efficiency, hardware–software co-design, or a strong research-impact record.
Pay
$205,400 and $308,500 (base salary); $216,200 and $324,800 (base salary)
Tools
PyTorch, JAX, Apple silicon
AI focus
Research and develop multimodal foundation models, including architecture, pre-training, scaling, optimization, distillation, evaluation, and efficient on-device deployment.
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