Tech
Transformation

Radio Systems Modernization & Strategic Project Management

Modernizing Mission-Critical Radio Communications Across LAX & Van Nuys Airport

Client:
Los Angeles World Airports (LAWA)
Partner:
Burns Engineering
Role:
Project Management • Radio Systems Engineering • Technical Subject Matter Expertise

Overview

E.K. Associates partnered with Los Angeles World Airports (LAWA) and Burns Engineering to support the modernization of LAWA’s mission-critical 700 MHz Digital Trunked Radio System serving Los Angeles International Airport (LAX) and Van Nuys Airport (VNY).

E.K. Associates provided strategic leadership, technical subject-matter expertise, and end-to-end project management to ensure airport operations, safety personnel, and aviation partners maintained reliable, secure, and high-performance radio communications.

Through structured analysis, engineering support, procurement leadership, and disciplined project execution, E.K. Associates strengthened LAWA’s radio communications ecosystem—enhancing operational readiness and long-term system resilience across two of the nation’s busiest airports.

E.K. Advantage

Strategic Project Leadership Across Radio Initiatives

Provided program-level oversight and radio-systems expertise across multiple LAWA initiatives, including digital trunked radio upgrades, transmitter installations, software enhancements, fleet mapping, radio programming, and interference studies—ensuring alignment with long-term communications strategy.

End-to-End Project & Technical Management

Delivered comprehensive project management services encompassing project charter development, scope definition, work breakdown structures, scheduling, cost control, change management, stakeholder coordination, contractor oversight, and executive reporting.

Procurement Strategy & Documentation Excellence

Led development of RFIs, RFPs, and RFBs supporting acquisition of radio equipment, engineering services, and system components—ensuring transparent, compliant, and competitive procurement processes.

Radio Engineering & Technical SME Support

Provided deep radio-engineering expertise through system architecture review, configuration planning, fleet mapping, radio programming optimization, transmitter upgrades, interference and intermodulation analysis, and coordinated software deployments.

Performance Monitoring, Quality Assurance & Risk Management

Tracked project performance metrics, enforced quality standards, and proactively managed technical and delivery risks to prevent schedule delays, cost overruns, and operational disruptions.

Coordination With LAWA PMO & Stakeholder Ecosystem

Coordinated closely with the LAWA PMO, airport operations teams, safety personnel, contractors, and partner engineering firms to maintain alignment, transparency, and informed decision-making.

Key Features & Work Performed

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Directed Strategic Project & Program Oversight
  • Managed multiple radio modernization initiatives across LAX and VNY
  • Aligned projects with LAWA’s enterprise communications strategy
Executed Project Management & Delivery Controls
  • Developed project charters, scopes, schedules, and cost controls
  • Coordinated stakeholders, contractors, and executive reporting
Led Procurement Strategy & Vendor Enablement
  • Authored RFIs, RFPs, and RFBs supporting radio system acquisition
  • Supported vendor evaluations and procurement governance
Delivered Radio Engineering & Technical SME Support
  • Reviewed system architecture and fleet mapping requirements
  • Optimized radio programming, transmitter performance, and RF configurations
  • Analyzed interference, intermodulation, and signal performance
Monitored Performance, Quality & Risk
  • Tracked delivery metrics and execution progress
  • Mitigated technical, schedule, and cost risks throughout implementation

Impact Delivered

Modernized and strengthened the digital trunked radio system across LAX and VNY

Improved operational readiness for airport security, emergency response, and operations teams

Optimized radio programming, fleet mapping, and transmitter performance

Enhanced reliability of mission-critical communications infrastructure

Established clear procurement strategy, governance, and engineering documentation

Created a scalable foundation for future radio system expansion and technology upgrades

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