Melissa Gentry

Melissa Gentry serves as a key procurement lead within the National Institute of Environmental Health Sciences (NIEHS), supporting the agency’s mission to advance scientific understanding of environmental influences on human health. She manages complex acquisitions centered on software development, data analytics, and computational toxicology tools critical to environmental risk assessment. Her work ensures that NIEHS leverages cutting-edge digital solutions to process large-scale exposure datasets, model biological pathways, and support alternative testing strategies that reduce animal testing. Gentry oversees the full lifecycle of contracts—from solicitation through performance evaluation—focusing on high-impact research enablement and digital infrastructure modernization. Her primary contractor relationship is with Consolidated Safety Services Incorporated, a trusted partner delivering specialized software platforms for environmental data management, toxicological modeling, and compliance automation. Gentry cultivates long-term, performance-driven partnerships with vendors capable of integrating scientific workflows into secure, scalable software environments. Her contracting approach emphasizes technical proficiency, data interoperability, and adherence to federal information security standards, fostering collaborations with firms that combine domain expertise in environmental science with robust software engineering capabilities. Gentry’s procurement portfolio reflects a strict focus on unrestricted acquisitions, with 100% of awards issued under the “No Set-Aside” category. This indicates a strategic prioritization of technical capability and mission alignment over socioeconomic preferences, ensuring that the most qualified providers—regardless of business size or certification—are selected based on merit and domain-specific expertise. Her primary NAICS classification is 513210 (Software Publishers), underscoring her specialization in procuring custom and commercial-off-the-shelf software solutions for environmental health research. She consistently acquires computational tools for exposure modeling, high-throughput screening analytics, machine learning applications in toxicology, and cloud-based data repositories. Gentry’s expertise lies at the intersection of environmental science and software systems, ensuring NIEHS maintains a technologically advanced infrastructure to drive innovation in public health research.