© Mary Beth Telecom - Telecom Engineer | All Rights Reserved
I am an experienced telecommunications engineer specializing in network design, 5G deployment, fiber optics, and wireless communications systems. I deliver innovative, scalable, and efficient telecom solutions.
Projects Delivered
Infrastructure Value
Network Sites
Team Members Led
A comprehensive overview of my telecommunications engineering career progression, from network design engineer to principal architect leading major infrastructure deployments.
2016 - Present
Leading nationwide 5G network deployment initiatives, managing $500M+ infrastructure projects across 50+ metropolitan areas. Responsible for end-to-end network architecture design, technology selection, and implementation oversight. Successfully delivered first commercial 5G networks in major cities including New York, Los Angeles, and Chicago.
2011 - 2016
Specialized in RF optimization, antenna design, and LTE network planning across metropolitan areas. Led capacity enhancement projects resulting in 40% improvement in network performance. Managed transition from 3G to LTE technologies with minimal service disruption.
2009 - 2011
Developed enterprise network solutions and fiber optic infrastructure designs for Fortune 500 clients. Provided technical consulting for large-scale telecommunications projects across North America. Specialized in backbone network architecture and data center interconnectivity.
Highlighting transformative telecommunications projects that showcase technical expertise and leadership in complex network deployments.
Led the design and deployment of Verizon's first commercial 5G Ultra Wideband network using mmWave technology. Project covered 30 major cities with 2,000+ small cells, delivering gigabit speeds to millions of customers. Managed $750M budget and coordinated with 200+ vendors and contractors.
Architected comprehensive IoT network infrastructure for San Francisco's smart city initiative. Deployed 5,000+ sensors across traffic management, environmental monitoring, and public safety systems. Integrated edge computing capabilities reducing latency by 60% and enabling real-time city analytics.
Designed and implemented a high-capacity fiber optic backbone network connecting 200+ corporate locations across North America. Achieved 100Gbps interconnectivity with 99.99% uptime SLA. Project completed 6 months ahead of schedule saving client $50M in operational costs.
Implemented Distributed Antenna Systems (DAS) for 25+ major sports venues and convention centers. Enhanced mobile coverage and capacity for events with 50,000+ attendees. Achieved seamless connectivity during peak usage with innovative RF engineering solutions.
Led disaster recovery network planning for critical infrastructure resilience. Deployed mobile cell sites and emergency communication systems capable of operating during natural disasters. Enhanced network redundancy protecting 10M+ customers in hurricane-prone regions.
Architected cost-effective broadband solutions for underserved rural communities across 15 states. Utilized innovative fixed wireless and satellite technologies to bring high-speed internet to 500,000+ residents. Project recognized by FCC as model for rural connectivity initiatives.
Advanced certification in enterprise networking, security, and wireless technologies. Expertise level 8 certification representing top 1% of network professionals globally.
Comprehensive certification in 5G NR technology, network slicing, edge computing, and IoT integration from leading vendors including Ericsson and Nokia.
Project Management Professional certification enabling leadership of complex multi-million dollar telecommunications infrastructure projects with international teams.
Specialized expertise in antenna design, propagation modeling, and RF optimization. Patent holder for innovative antenna array technologies improving network capacity.
Expert-level certification in fiber optic design, installation, and testing. Specialization in high-capacity backbone networks and data center interconnectivity.
Professional certification in cloud infrastructure design enabling integration of telecommunications systems with modern cloud and edge computing platforms.
Recognized for outstanding contributions to 5G network architecture and innovative solutions in telecommunications infrastructure design.
Awarded for exceptional leadership in nationwide 5G deployment and achieving record-breaking network performance metrics.
Patent granted for innovative massive MIMO antenna array technology improving 5G network capacity by 40% in dense urban environments.
Honored for pioneering work in bringing broadband connectivity to underserved rural communities through innovative wireless solutions.
Selected as one of "Top 40 Under 40" telecommunications professionals for exceptional career achievements and industry leadership.
Recognized for developing breakthrough RF optimization algorithms that improved network efficiency by 30% across metropolitan deployments.
© Mary Beth Telecom - Telecom Engineer | All Rights Reserved