Jeff Carley
About Jeff Carley
Jeff Carley is the Lead Infrastructure Engineer for Federal Defense & Intel at AIS, with a robust background in network architecture and engineering. He has over three decades of experience in various roles, including positions at Pearson, TEKsystems, and IBM, and holds a Bachelor of Science in Information and Computer Sciences from Georgia Institute of Technology.
Current Role at AIS
Jeff Carley serves as the Lead Infrastructure Engineer for Federal Defense & Intel at Applied Information Sciences (AIS) since 2020. In this role, he is responsible for developing infrastructure architecture and deployment strategies tailored for enterprise environments. His work focuses on leveraging major cloud platforms, ensuring high performance and scalability in network environments.
Previous Experience in Network Architecture
Prior to his current position, Jeff Carley held several roles in network architecture. He worked at Pearson as a Senior Network Architect & Design Engineer from 2016 to 2019, and at TEKsystems as a Network Architect for the MDA JRDC contract from 2014 to 2015. His experience includes significant contributions to network design and implementation for various defense contracts.
Educational Background
Jeff Carley studied at the Georgia Institute of Technology, where he earned a Bachelor of Science (BS) in Information and Computer Sciences from 1980 to 1984. This educational foundation has supported his extensive career in network engineering and infrastructure development.
Patents and Innovations
Jeff Carley has a significant portfolio of issued patents related to computer networking technology. He has conceived innovative ideas, obtained patent protection, co-founded a startup, and oversaw the development of a prototype before selling the patent portfolio. This experience highlights his contributions to advancements in networking.
Expertise in Cloud Platforms and Networking
Jeff Carley possesses extensive experience in developing infrastructure architecture for enterprise environments across major cloud platforms, including Microsoft Azure, Amazon Web Services (AWS), and Google Cloud Platform (GCP). He has a strong background in converged IP network environments, focusing on data, voice, and IP multicast, emphasizing performance, scalability, and availability.