Multimodal Sensor Integration and Signal Fusion Engineering

The contract seeks integration of multiple sensing modalities into a unified platform designed for real-time pharmaceutical inspection, emphasizing synchronized signal correlation and advanced noise reduction techniques. The project requires the engineering of a robust system capable of fusing data from diverse sensor types to enhance detection accuracy, reliability, and speed in identifying product defects or anomalies during manufacturing processes. Development must ensure temporal and spatial alignment of signals, adaptive filtering for environmental and operational interference, and seamless interoperability across hardware and software components to support continuous, high-fidelity monitoring. This subcontract, under NAICS code 541714 and sponsored by the Advanced Research Projects Agency for Health within the Department of Health and Human Services, targets innovation in sensor fusion technologies with a specific focus on quality assurance in pharmaceutical production. The place of performance is designated as Washington DC with a zip code of 20005, and proposals must be submitted by August 20, 2026. The initiative aims to advance detection capabilities beyond conventional single-sensor approaches, enabling next-generation inspection systems that meet stringent regulatory standards through data-driven, real-time analytics.