Austin Cowne

Austin Cowne serves as a Paving Plan Engineer for the City of Orlando’s Streets and Stormwater Agency, where he plays a pivotal role in the planning, specification, and procurement of roadway rehabilitation and resurfacing projects. Responsible for developing technical plans and engineering requirements for pavement systems, he ensures that all acquisitions align with municipal infrastructure standards and stormwater resilience goals. His procurement activities center on civil construction services, particularly those involving asphalt paving, base stabilization, and related earthwork, making him a key liaison between engineering design and contract execution within the agency’s capital improvement program. While no specific contractor relationships are currently documented, Cowne consistently engages with qualified general contractors specializing in highway and street construction, fostering partnerships with firms possessing proven expertise in municipal paving, traffic control, and durable pavement technologies. His procurement process emphasizes compliance with Florida Department of Transportation standards and requires vendors to demonstrate experience with cold-in-place recycling, polymer-modified asphalt, and precision grading equipment. He works collaboratively with project managers and inspectors to ensure contractor performance meets stringent quality assurance benchmarks. Cowne’s contracting patterns reflect a strict preference for open competition, with 100% of acquisitions issued as non-set-aside procurements. He does not currently utilize socioeconomic set-asides such as 8(a), HUBZone, or SDVOSB programs, instead prioritizing technical capability, past performance, and compliance with state-mandated construction codes over socioeconomic criteria in award decisions. His primary procurement focus is exclusively under NAICS 237310 — Highway, Street, and Bridge Construction — where he specializes in acquiring services related to full-depth reclamation, chip sealing, mill-and-fill operations, and intersection reconstruction. He maintains deep technical expertise in pavement lifecycle management, drainage-integrated roadway design, and the use of geosynthetic reinforcement materials to extend asset longevity under high-traffic urban conditions.