21 Anderson Lane

21 Anderson Lane, serving as the primary contact for Jeanna Shepard at the Nathan Kline Research Institute under the New York Department, oversees the acquisition of critical infrastructure services essential to maintaining high-sensitivity research facilities. Responsible for managing the lifecycle of construction and renovation contracts, they ensure that clinical and laboratory environments meet stringent operational and safety standards for neurological and behavioral science research. Their procurement focus centers on ensuring the integrity of building systems that support advanced imaging equipment, HVAC controls, radiation shielding, and compliance with federal research facility codes. They serve as the central liaison between engineering teams, facility managers, and contractors to align procurement outcomes with mission-critical research continuity. While no contractor data is currently available, their procurement pattern suggests consistent engagement with commercial and institutional construction firms experienced in laboratory-grade build-outs, seismic retrofitting, and controlled-environment construction. Relationships are typically formed with general contractors possessing specialized expertise in scientific facility construction, including firms experienced in working within active research campuses under strict biosafety and operational constraints. The agency demonstrates a strict preference for non-set-aside contracts, with 100% of procurements classified as unrestricted. This reflects a mission-driven priority for technical capability and schedule reliability over socioeconomic preferences, though small businesses with proven expertise in scientific construction may still compete on merit. There is no formal emphasis on 8(a), HUBZone, or SDVOSB set-asides, indicating a procurement philosophy centered on performance and compliance rather than socioeconomic targeting. The primary NAICS code is 236220 (Commercial and Institutional Building Construction), indicating a deep specialization in complex facility upgrades. They procure services including structural reinforcement, electrical and mechanical system modernization, cleanroom construction, and integration of vibration-dampening infrastructure for MRI and PET imaging systems. Their technical domain expertise lies in ensuring that construction activities do not compromise the operational stability of high-precision diagnostic equipment, requiring close coordination with biomedical engineers and facility compliance officers.