EW Planner, Senior

Booz Allen Hamilton•Tampa, FL

5d•Remote

About The Position

As an expert in defense missions, your unique background inspires you to think bigger, push further, and ask questions others don’t. We need your extensive industry knowledge and advisory skills to guide teams as they solve some of our clients’ most complex problems—and find solutions that keep our nation safe. As an Electromagnetic Warfare (EW) Planner, you will shape how forces understand, protect, and dominate the electromagnetic spectrum across the theater. You will assess the electromagnetic environment to uncover patterns in spectrum usage, identify congestion, and detect unauthorized or hostile activity that could jeopardize operations. In this role, you will develop spectrum management plans that balance operational demands with regulatory and technical constraints, ensuring commanders have reliable and resilient access to critical RF and EMS resources. You will collaborate with EW units and intelligence partners to design and integrate EW tactics and techniques that exploit adversary vulnerabilities and enhance friendly spectrum superiority. You will also prepare contingency plans for jamming events, electromagnetic pulse disruptions, and cyber threats targeting EMS infrastructure, ensuring forces can maintain freedom of action in contested environments. Join us to drive the planning, synchronization, and protection of EMS capabilities that give operational commanders decision advantage when it matters most. Grow your career with us as you help solve complex design, integration, and analytical problems. Join us. The world can’t wait.

Requirements

Experience with electromagnetic warfare (EW) or electromagnetic spectrum operations
Experience assessing the electromagnetic environment, including identification of interference, congestion, unauthorized transmissions, or hostile EMS activity
Experience collaborating with EW, intelligence, or cyber units to support the development of EW operational plans or policy
Experience developing courses of action employing unconventional or asymmetric approaches
Knowledge of joint operational planning processes and the integration of EW effects into operational planning
Ability to analyze complex EMS data sets to identify trends, vulnerabilities, and operational risk indicators
Ability to develop contingency procedures for EMS disruptions, including jamming, electromagnetic pulse (EMP) events, or cyber-attacks against EMS infrastructure
TS/SCI clearance
Master’s degree and 10+ years of experience with Joint Service planning or Bachelor’s degree and 14+ years of experience with Joint Service planning

Nice To Haves

Experience at the Combatant Command level
Experience translating complex operational problems into clear, concise briefings and reports that directly inform planning and operations
Experience facilitating working groups to deconflict resources, timing, and objectives between different subordinate commands and staff sections
Joint Electronic Warfare Operations or Joint Spectrum Management certification
Completion of Service EW Officer or Planner courses

Responsibilities

Assess the electromagnetic environment to uncover patterns in spectrum usage, identify congestion, and detect unauthorized or hostile activity that could jeopardize operations.
Develop spectrum management plans that balance operational demands with regulatory and technical constraints, ensuring commanders have reliable and resilient access to critical RF and EMS resources.
Collaborate with EW units and intelligence partners to design and integrate EW tactics and techniques that exploit adversary vulnerabilities and enhance friendly spectrum superiority.
Prepare contingency plans for jamming events, electromagnetic pulse disruptions, and cyber threats targeting EMS infrastructure, ensuring forces can maintain freedom of action in contested environments.
Drive the planning, synchronization, and protection of EMS capabilities that give operational commanders decision advantage when it matters most.
Help solve complex design, integration, and analytical problems.