NAVWAR Analyst

CDIT; Albuquerque (NM); On-site; USD 110,000 - 150,000; Full time

Job summary

CDIT seeks a NAVWAR Analyst for the Joint Navigation Warfare Center (JNWC) to empower the DoD’s navigation warfare mission, ensuring PNT superiority. You will join a team delivering SME insights on NAVWAR planning, orders of battle, and PNT-related successes and threats.

You will work with simulations, conduct M&S activities, and provide instruction on operating models. The role includes analyzing RF and GPS denial scenarios using GIANT/Builder/STK tools within a lab environment.

Qualifications

• 7+ years of relevant experience in NAVWAR or related PNT environments.
• Experience in electrical, mechanical, or RF engineering.
• Analytical support to operations and evaluation of PNT data.
• Modeling and simulation experience with RF tools.

Responsibilities

• Work with simulations to develop recommendations and maintain labs and analysis tools.
• Conduct modeling and simulation activities for analyses, exercises, wargames, and experiments.
• Provide instruction and guidance on operating simulation models and exercises.
• Support live, constructive, or virtual training.
• Use RF modeling to visualize GPS denial in affected areas.
• Demonstrate proficiency with GIANT, GIANT RPM, Builder, STK or similar tools.

Skills

Electrical engineering

RF engineering

Mechanical engineering

Analysis

Modeling and Simulation

RF analysis tools

Tools

GIANT

GIANT RPM

Builder

Systems Toolkit (STK)

Job description

Kirtland Afb, United States

As a NAVWAR Analyst in the Joint Navigation Warfare Center (JNWC) you will help empower the Department of Defense’s navigation warfare (NAVWAR) mission ensuring positioning, navigation and timing superiority. You will serve a s a member of a team providing combatant commanders and joint force commanders with subject matter expertise on planning and conducting NAVWAR by providing knowledge of friendly and enemy NAVWAR order of battle and PNT-related successes and threats. You will support the Government with the integration, at the theater strategic level, of C4, cyber, and cyberspace operations into JNWC's strategic and operational objectives.

In support of the Joint Navigation Warfare Center (JNWC) contract, you will be part of our team’s efforts to empower the Department of Defense’s navigation warfare (NAVWAR) mission to ensure positioning, navigation, and navigation timing superiority. Our mission is to provide combatant commanders and joint force commanders with subject matter expertise on planning and conducting NAVWAR by providing knowledge of friendly and enemy NAVWAR Order of Battle and PNT-related successes and threats.

More About the Role:

• You will work with simulations, including technical analyses and assessments, to develop recommendations and maintain system integration labs, facilities, and analysis tools.


• You will conduct M&S activities in support of the analyses, exercises, wargames, and experiments conducted by the Government.


• You will provide instruction, supervision, and guidance on properly operating and using simulation models and exercises.


• You may support live, constructive, or virtual training.


• Your simulation shall include technical analyses and assessments to develop recommendations and maintain system integration labs, facilities, and analysis tools.


• You will utilize RF modeling and simulation software to manipulate antenna and power models that visualize GPS denial in potentially affected areas.


• You will exhibit proficiency with some or all of the following: GIANT, GIANT RPM, Builder, Systems Toolkit (STK), or other modeling and simulation programs.

Requirements

• 7 Years of Relevant Experience


• Competency in some or all of the following:
  
  
  
  • Experience in electrical, mechanical, or RF engineering
  
  
  • Analysis in a deployed PNT environment
  
  
  • Analytical support to operations
  
  
  • Modeling and Simulation
  
  
  • Expert understanding of radio frequency analysis tools and/or ability to systematically examine and integrate traditional and non-traditional engineering related data sets