Portable Diagnostic Device Engineering and Miniaturization

The contract seeks the development of compact, automated diagnostic devices designed for point-of-care or at-home use, emphasizing integration of sample preparation, detection, and readout functions into a single streamlined system. The goal is to engineer highly miniaturized instruments that enable rapid, reliable, and user-friendly diagnostics outside traditional clinical environments, with a focus on portability, operational simplicity, and performance consistency. The work involves advanced engineering of microfluidic systems, biosensors, and embedded electronics to achieve robust automation without requiring specialized training or laboratory infrastructure. This subcontract, issued under NAICS code 334510 by the Department of Health and Human Services through its Aspr Barda Division Contracts Management & Acquisition office, requires proposals to be submitted by July 17, 2026. Performance is expected to center in Washington, with no specific set-aside provisions outlined. The project prioritizes innovation in diagnostic technology that can significantly expand access to timely medical testing, particularly in resource-limited or decentralized settings, and necessitates technical solutions that balance sensitivity, speed, and durability for real-world deployment.