About The Position

We are reimagining the phone to make AI proactive, intuitive, intelligent, and low cost, helping people around the world adopt intelligent technology. Although more than 5 billion people use everyday applications such as email, messaging, notes, tasks, and calendars, most are not AI-native. The mission is to build proactive applications and devices that bring intelligence into daily conversations, coordination, and workflows with minimal prompting. The engineer will evaluate models for on-device execution, benchmark and optimize them on mobile hardware, and integrate them into Android applications and system services. The role also involves assessing local model capabilities, building hybrid local/cloud routing, and collaborating with AI agent engineers to integrate local models into the agent runtime.

Requirements

  • Strong ML systems or inference engineering experience.
  • Experience deploying and optimizing models.
  • Strong Python and C++ skills.
  • Understanding of neural network inference.
  • Experience with model quantization and performance optimization.
  • Understanding of hardware constraints and inference benchmarks.

Nice To Haves

  • Experience with on-device LLMs.
  • Experience with Qualcomm QNN, MediaTek NeuroPilot, or similar acceleration frameworks.
  • Experience with ONNX Runtime, LiteRT, TensorFlow Lite, or ExecuTorch.
  • Experience with Android NDK.
  • Mobile or edge AI deployment experience.
  • Multimodal model optimization experience.

Responsibilities

  • Evaluate suitable open-weight and commercially available models for on-device execution.
  • Benchmark model performance on target mobile hardware.
  • Integrate models into Android applications and system services.
  • Optimize inference latency, memory consumption, and power usage.
  • Evaluate quantization, compression, and model distillation techniques.
  • Work with CPU, GPU, and NPU acceleration.
  • Evaluate local model capabilities for different workflows.
  • Build hybrid local/cloud model routing mechanisms.
  • Identify which tasks can be handled locally and which require cloud inference.
  • Work with AI agent engineers to integrate local models into the agent runtime.
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