Alisha Mercadante

Alisha Mercadante serves as a primary contracting professional at NASA’s Goddard Space Flight Center, where she plays a pivotal role in executing mission-critical acquisitions aligned with the Center’s focus on space science and Earth observation. She manages the full lifecycle of procurements for advanced satellite telecommunications systems, including ground segment infrastructure, deep-space communication networks, and integrated spacecraft payloads. Her work directly supports NASA’s strategic objectives in climate monitoring, planetary exploration, and space weather research by ensuring timely delivery of high-reliability, technically complex systems. Mercadante operates within a high-stakes environment requiring strict compliance with federal acquisition regulations and mission-specific technical requirements. Her primary contractor relationships are with Aerospace & Commercial Technologies, LLC, and the Massachusetts Institute of Technology’s Lincoln Laboratory, reflecting a pattern of engagement with specialized aerospace contractors and federally funded research centers. These partnerships emphasize innovation in satellite communications, signal processing, and space-based sensor integration. Mercadante consistently collaborates with entities possessing deep technical expertise in space telecommunications, favoring vendors with proven capabilities in developing secure, high-bandwidth, low-latency data transmission systems for orbital and interplanetary missions. Mercadante’s procurement portfolio reflects a 100% non-set-aside approach, indicating a focus on technical capability over socioeconomic classifications. While small business participation is not formally prioritized through set-asides, her acquisitions remain open to all qualified offerors, with selection driven by technical merit, past performance, and mission readiness. Her primary NAICS classification is 517410 (Satellite Telecommunications), underscoring her specialization in procuring end-to-end space-based communication architectures, including transponders, ground stations, telemetry systems, and mission control interfaces. She routinely sources advanced RF components, encryption-enabled data links, and radiation-hardened electronics, demonstrating deep expertise in the technical domains of space communications and mission-critical networking.