NSWC Crane is a naval laboratory and a field activity of Naval Sea Systems Command (NAVSEA) with mission areas in Expeditionary Warfare, Strategic Missions and Electronic Warfare. Electronic Warfare Control the Spectrum, Control the Fight.

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Components and subsystems of the Submarine, Launch Tube, and Missile including missile Launch Test Vehicle (LTV), Ballast Transport Fixtures, and Hydrophones. As the structure of the United States Military has changed, Crane's place in it has changed as well. Provides total life cycle support except research, development and scale-up of energetic materials for all Navy infrared countermeasures, countermeasures systems and pyrotechnics. Solid core rivets or mechanical fasteners may be used to fasten dissimilar metals. CAAA and Crane's strong partnership continues today. 1. Do not use dented, loose or corroded cartridges. c. If delinquent in submission of this report, NSWC will report this to TYCOM. The Department of the Navy provides reasonable accommodation to applicants with disabilities. Navy Junior Reserve Officer Training Command Cadets around the activity Oct. 13. NSWC Crane 's Obsolescence Management Process Obtain Bill of M at erials (BOM) for system Scrub and upload BOM to Horizon Determine source availability and d stock t k d at a d t via i various i ttools l Perform Vendor Surveys MManage DMSMS Case C inform at ion, providing resolution options to mitig at e cases evaluate the performance of Infrared systems, to accurately predict atmospheric effects on specific optical/electromagnetic wavelengths, predict turbulence effects on optical transmission and imaging at different altitudes, simulate a realistic system-level minimum resolvable temperature difference (MRTD) test result, model laser beam propagation through the atmosphere over the distance to a target, calculate spatial frequencies based upon range, scene, and sensor, predict electro-optical sensors and I2 tubes Minimum Resolvable Contrast (MRC), predict the Contrast Threshold Function (CTF) of a human interacting with an imaging system in order to predict task range performance, predict an imaging system modulation transfer function (MTF), predict electrooptical weapon and navigation systems performance, model laser-based active imager performance, predict mission effectiveness versus sensor system versus environmental conditions, use Concept Modeling tools to analyze warfighter tasks to provide improved sensors, interfaces, communications, and testing methods, Defense Commissary Agency Detachment Crane, Defense Reutilization and Marketing Office division of, Resident Officer In Charge Of Construction (ROICC), This page was last edited on 30 November 2022, at 23:04. Special Missions Human Systems Integration activity uses Concept Modeling tools to analyze gunner tasks to provide improved training and testing methods. On assigned surface, ground and air signals intelligence (SIGINT) (communications intelligence (COMINT) & electronic intelligence (ELINT)) systems, subsystems and components, including hardware and associated software, leverage multi-domain and full spectral expertise to perform requirements generation and requirements decomposition for development of integrated sensors and advanced capabilities for improved battle space/situational awareness and including, rapid response prototyping and fielding, supportability and technical analyses, in-service engineering, in conjunction with a comprehensive test and evaluation program to ensure sensors and surveillance systems meet or exceed specified requirements. The Weapons Officer, Gunnery Officer, or First Lieutenant usually signs for the ship's small arms and then issues them to respective personnel. As a minimum, formal instruction shall include training on safety precautions, weapon loading/unloading, malfunctions, aiming and firing procedures, characteristics, and the use of deadly force. USPS Registered Parcel Post is also Small arms custodian is a collateral duty usually assigned to the Gunnery Officer. It has an "S" (safe) and an "F" (fire) position. NAVSEAINST 8370.2 requires units to conduct both quarterly and monthly inventories by serial number. Analyses include calculation of Electric Potential and Electric Field using Finite Element Method (FEM). NSA Crane is a United States Navy installation located approximately 25 miles (40 km) southwest of Bloomington, Indiana and predominantly located in Martin County, but small parts also extend into Greene and Lawrence counties. Washington Navy Yard, DC 20376 Provides technical leadership and execution throughout the lifecycle for air, ground, undersea, and surface electronic warfare (EW), including signals intelligence (SIGINT) and information operations (IO) systems. Full-time Computer Engineer Barbaricum 3.7 Crane, IN 47522 +1 location i. Expeditionary Warfare Rapid Response, Proven Solutions. The culture is open and diversity is welcome and encouraged. DMS X500 Address: C:US,O:U.S. GOVERNMENT,OU:DOD,OU:NAVY,OU:ORGANIZATIONS(UC),L:INDIANA,L:CRANE,OU:NAVS The Navy gets radar engineering, flight systems, and launcher systems support from NSA Crane as well as modeling and simulation support. xYr}OaR5oEoT%J@g+ C NSA Crane is a United States Navy installation located approximately 35 miles (56km) southwest of Bloomington, Indiana, and predominantly located in Martin County, but small parts also extend into Greene and Lawrence counties. With a force of 84,000 civilian, military and contract support personnel, NAVSEA. Provost Marshal's Office. a. Used primarily as a support weapon for a rifle company, it supports the rifleman by providing heavy, controlled, and accurate fire beyond the capability of individual small arms. Vision Statement The Gunnery Officer's required reports have both periodical and situational requirements. (510-628-9311), Naval Message: Chief Technology Office, Code 00T, Bldg.