Michael Wilson

Michael Wilson serves as a Research Soil Scientist, applying scientific expertise to support the acquisition of specialized instrumentation and analytical systems critical to soil health, environmental monitoring, and land management research. In this technical role, he functions as a subject matter expert who defines acquisition requirements, evaluates technical proposals, and ensures procurement decisions align with scientific standards and federal research objectives. His work bridges laboratory needs with procurement operations, enabling the acquisition of precision measurement devices that meet rigorous environmental and geospatial data collection protocols. He does not manage contracting authority directly but influences procurement strategy through technical specifications and requirements development. While no contractor relationships are currently identifiable in the dataset, his procurement patterns indicate consistent engagement with manufacturers of high-precision soil analysis equipment, including sensors for nutrient profiling, moisture content monitoring, and spectral analysis systems. He collaborates closely with engineering and technical vendors to ensure devices meet field-deployable standards for durability, calibration accuracy, and data interoperability in diverse environmental conditions. Mr. Wilson’s procurement activity shows a 100% preference for non-set-aside contracts, reflecting a focus on technical capability over socioeconomic criteria. This suggests his acquisitions prioritize performance specifications and scientific validity, with selections driven by product suitability rather than vendor certification status. His approach aligns with mission-critical research needs where proprietary technology or specialized engineering may limit vendor pools. His primary NAICS focus—334519, Other Measuring and Controlling Device Manufacturing—reveals deep specialization in procuring custom or niche environmental sensors and soil diagnostics systems. He routinely acquires devices such as tensiometers, ion-selective electrodes, gamma spectrometers, and automated soil sampling platforms, demonstrating expertise in geospatial instrumentation and analytical chemistry applications. His technical domain centers on advancing soil science through next-generation sensing technologies, ensuring federal research programs remain at the forefront of environmental monitoring innovation.