Jennifer Maberto

Jennifer Maberto is a Senior Engineer in Advanced Metering Infrastructure (AMI) Engineering at ComEd, where she focuses on the performance, reliability, and optimization of large-scale utility communication networks. Based in the greater Chicago area, she plays a critical role in maintaining radio frequency (RF) communications across the AMI network, enabling reliable connectivity for millions of smart devices that support modern grid operations.<br /><br />In her role, Jennifer contributes to the ongoing evolution of smart grid technologies by ensuring seamless communication between field devices and network infrastructure. Her work supports advanced metering systems used across electric, gas, and water applications, helping utilities improve visibility, operational efficiency, and responsiveness. She has been involved in initiatives that strengthen network resilience and address RF coverage challenges, supporting the transition to more robust and adaptive grid architectures. <br /><br />Jennifer brings a strong technical foundation to her work, supported by her background in engineering and her education at Purdue University. Throughout her career, she has demonstrated a commitment to applying engineering best practices to real-world utility challenges, with a focus on solving complex issues related to network performance, scalability, and reliability. <br /><br />At ComEd, Jennifer collaborates with cross-functional teams to deliver engineering solutions that enhance grid modernization efforts and support the broader goals of smart city infrastructure. Her contributions help ensure that AMI systems continue to evolve as a critical platform for data-driven insights, distributed intelligence, and next-generation energy management.<br /><br />Jennifer is also an active participant in industry events and knowledge-sharing initiatives, where she contributes her experience and perspective on AMI network design and operations. Her work reflects a dedication to advancing utility innovation and supporting the reliable delivery of energy in an increasingly connected and data-driven world.