As a contractor for Charter Communications on the Circuit Design team, I specialized in designing circuits for business customers across the US. My role involved working extensively with Cisco and Juniper equipment to create and implement robust network solutions tailored to the specific needs of each client. I collaborated with various teams to ensure seamless integration and high-performance connectivity, contributing to the overall reliability and efficiency of the network infrastructure provided to Charter's business customers.

I was responsible for designing and developing an RF network utilizing Border Gateway Protocol (BGP) to deliver high-speed internet comparable to fiber-optic speeds. This involved meticulous planning and frequency selection for radio transmission to ensure robust and interference-free communication. I conducted extensive coverage analysis using GIS and propagation models, identifying optimal locations for base stations to guarantee consistent, high-quality signal reception at customer premises.To achieve high availability, I implemented BGP for managing and optimizing internet routing. This included configuring our network with autonomous system numbers (ASN) and establishing peering arrangements with multiple ISPs, ensuring multiple redundant pathways for data traffic. The multi-homing strategy provided failover capabilities, maintaining uninterrupted service even during ISP connection failures.Additionally, I focused on cost optimization by leveraging dynamic spectrum access and spectrum sharing techniques, maximizing the use of available frequencies, and reducing operational costs. I evaluated the trade-offs between leasing and owning infrastructure, ultimately balancing immediate expenditures with long-term investments.

Working with mobile operating systems and app configurations to meet the needs of the consumer, and company policies.