Principal-level RF and Private Wireless Engineer with 13+ years of experience designing, delivering, and optimizing large-scale LTE and 5G networks at Verizon.
Deep hands-on expertise in Atoll-based RF planning, indoor and outdoor network design, private wireless architectures, spectrum strategy, and end-to-end deployment lifecycle.
Proven ability to translate complex RF and 5G concepts into business outcomes, support executive-level briefings, and advise enterprise customers on private 5G and neutral host solutions.
Overview
13
13
years of professional experience
Work History
RF / Wireless Engineer
Verizon Wireless
01.2013 - 12.2025
RF Engineer I (2013–2015)
RF Engineer II (2015–2018)
RF Engineer III (2018–2025)
Progressively promoted through three RF engineering levels while supporting Verizon's most visible 4G and 5G initiatives
Led end-to-end RF design and optimization for LTE and 5G NR macro, MDU, and fixed wireless access deployments across multiple markets.
Designed and validated private and semi-private wireless solutions supporting enterprise use cases including MDUs, campuses, and dense urban environments.
Performed feasibility assessments, RF trade studies, and propagation analysis using Atoll to support go/no-go decisions and investment prioritization.
Engineered and reviewed 150+ multi-market RF design packages annually, ensuring compliance with spectrum, performance, and constructability requirements.
Improved Atoll clutter modeling accuracy in the Minneapolis market, reducing line-of-sight fallout from ~80% to ~10% and materially lowering deployment costs.
Served as a trusted RF advisor to cross-functional teams including sales engineering, construction, regulatory, and operations.
Supported customer-facing technical discussions, site walks, and design reviews, translating RF performance into clear business value.
Collaborated with internal tool development teams to enhance RF analysis workflows and regulatory validation processes.
Provided cross-market RF leadership and mentoring, supporting teams in Texas, California, Florida, Illinois, Utah, and the Midwest during high-demand periods.