• Develop based on the current mainstream speech systems, including SSPE, wakeup, vad, asr, nlu, dm, tts, LLM, and etc.
• Design and implement multimodal fusion combining speech, DMS camera, OMS camera, Dash camera, microphone, sensors, audio system state, voice print, and vehicle state data.
• Normalize and structure multimodal inputs into system context representations suitable for LLM reasoning to support future LLM-based assistant use cases, such as; context-aware dialogue, assistant memory collection and apply, and etc.
• Design and maintain consistent multimodal data pipelines, handling time alignment, normalization, and state coherence as data flows from vehicle systems into LLM-ready context representations.
• Consume vehicle system capabilities through service-oriented APIs, enabling intent-driven control of vehicle functions.
• Integrate and abstract data from multiple vehicle ECUs (audio, cameras, sensors, body, ADAS, etc.), with the ability to independently explore and onboard new data sources.
• Collaborate closely with EE, platform, AI, and UX teams, acting as a cross-team technical bridge.

Required Qualifications

• Experience developing speech or voice assistant systems, including wake word, VAD, ASR, NLU, dialogue management, TTS, and LLM integration.
• Hands-on experience with multimodal data integration and fusion, combining audio, camera, sensor, and vehicle state information.
• Strong understanding of multimodal data pipelines, including normalization, temporal alignment, and state consistency for LLM-ready context.
• Practical experience using LLMs as a reasoning layer, including context preparation and safe application of outputs.
• Ability to consume service-oriented vehicle APIs for intent-driven control of vehicle capabilities.
• Experience integrating with embedded or automotive systems, working across multiple ECUs (audio, camera, sensor, body, ADAS).
• Solid understanding of Android system architecture, preferably Android Automotive OS.
• Strong cross-team technical communication and independent problem-solving skills.