Who We Serve and What We Do

Programs & Mission Areas We Support

Force Level Warfare Systems

  • Warfare System Analysis, Architecture and Requirements
  • Warfare Systems Engineering, Integration, and Test/Evaluation (T&E)
  • Joint All-Domain Command & Control (JADC2) Implementation
  • TTP, CONOPS, and CONEMPS Development
  • Design and Development of Integrated Fire Control
  • Design and Development of Warfare Systems Mission Planning
  • Conducts Science and Technology (S&T) and Research and Development (R&D) activities in support of future integrated training systems capabilities that include advanced computation techniques, training system architectural designs, data management, information and decision theories
  • Assists in the establishment of performance and functional baselines; development and analysis of requirements; and requirements mapping and allocation – all leading to the development of key performance parameters (KPPs), measures of performance (MOPs), measures of effectiveness (MOEs), and information energetics requirements (IERs) based on collaborative inputs

Mission Areas

  • Anti-Air Warfare (AAW)
  • Ballistic Missile Defense (BMD)
  • Integrated Air and Missile Defense (IAMD)
  • Anti Surface Warfare (ASUW)
  • Anti Submarine Warfare (ASW)
  • Strike Warfare (STK)
  • Space Warfare (SW)
  • Electronic Warfare (EW)
  • Information Warfare (IW)

Surface Ship Combat Systems

  • Air and Surface Surveillance and Detection Systems
  • Combat System Engineering, Integration, T&E and Assessment
  • Provides subject matter expertise for the development of technologies in support of human systems integration
  • Develop and Deliver Naval Modeling and Simulation Tools
  • Provides assistance in developing and improving weapon systems, evaluating variations in threat scenarios and impacts of technologies; assessing comparative capability versus costs; assessing effects of kinetic and non-kinetic weapons systems on targets and identifying means to counter the effects; and assessing effectiveness of new weapons systems
  • Provides systems engineering and analysis to support the full integration of combat system elements
  • Provides in-service engineering (ISE) support for currently assigned legacy systems throughout their remaining life cycle
  • Analyzes Fleet combat system and combat system interface issues in conjunction with combat system and element design and ISE agents, and actively supports the acquisition, delivery, and software support of integrated combat control systems

Littoral Warfare Systems

  • Provides naval architecture and marine engineering full spectrum, full life cycle support for combatant craft, boats and technical expertise for expeditionary vehicles and science and technology (S&T) programs

Strategic Weapon Systems

  • Provides technology advancement, systems engineering, and operational support for mission planning, targeting, and fire control systems for non-nuclear strategic systems
  • Conventional Prompt Strike

Space and Aquisition

  • Develop and deliver operationally dominant space capabilities
  • Develop and Deliver Space Modeling and Simulation Tools
  • Program management and technical engineering support

Unmanned Vehicles

  • Provides naval architecture and marine engineering expertise for the design, development, and testing of unmanned vehicles and their physical integration with existing and future manned Naval and expeditionary vehicles
  • Assist with fielding of all unmanned surface vehicles with increasing responsibility when the vehicle size is larger than torpedo diameters, and unmanned air and ground vehicles

Ship and Ship Systems

  • Ship Integration and Design
  • Integration of the HM&E systems into or for the total ship solutions developed throughout the Naval Enterprise
  • Engineering management support reliability, maintainability and availability (RM&A) acquisition support and analysis, and fundamental naval architecture services of ships
  • Provide comprehensive engineering knowledge and skills for conducting development, acquisition, test and evaluation and full spectrum life cycle systems engineering for surface, air and ground sensors and surveillance sub-systems, systems, and components.