Purpose The purpose of DSIAC is to inform DoD and federal government users of technology advancements to stimulate innovation, foster collaboration, and eliminate redundancy. Mission The mission of...
SURVICE supports DoD and commercial agencies with all aspects of their E3 and SM life-cycle requirements. This support includes vast experience in inter- and intra-system electromagnetic interference...
SURVICE’s Enhanced Coherent Laser Radar (E-CLR), originally developed for the Northrop Grumman F-35 center-fuselage assembly line, is one of the most accurate noncontact dimensional inspection tools...
The Fire Prediction Model (FPM) is a tool designed to assist analysts in simulating fire ignition, sustainment, and suppression for aircraft, ships, and ground vehicles. FPM is the primary physics...
SURVICE Fire Works (SFW) is a dedicated team within the SURVICE Engineering Company that is equipped with the tools and expertise to better understand, assess, test, and mitigate the fire threat to...
Building on 27 years of fixed-wing survivability experience, SURVICE can provide complete support, from concept to fielding and beyond. We support all aspects of vulnerability analyses, from model...
Proper understanding and assessment of ground mobile combat system vulnerability are critical to improving system survivability, thereby enhancing mission success and personnel survivability in combat...
The SURVICE Engineering Company has been identifying and mitigating combat system and process vulnerabilities for more than 30 years. SURVICE’s cybersecurity engineers and analysts have the knowledge,...
The SURVICE Engineering Company has a vast and wide-ranging capability in the prediction of infrared (IR) signatures. Our experience and capabilities provide our customers with the ability to make...
In response to the need identified by the Director, Operational Test and Evaluation (DOT&E) to integrate survivability operational test results with live fire test and evaluation, the SURVICE...
Lightning strikes are a normal occurrence, but they can be potentially devastating, especially when impacting an aircraft or other combat system in operation. The SURVICE Engineering Company has more...
In support of the U.S. military’s ongoing critical need to make combat vehicles (particularly air systems) lighter while simultaneously maximizing their survivability and operational performance,...
SURVICE Metrology is a world-class business unit of the SURVICE Engineering Company that provides full-service dimensional inspection services, modeling, custom-engineered solutions, and advanced...
The analytical method developed by the SURVICE Engineering Company addresses the particular needs of evaluating the survivability of a networked combat system. It uses the concept of dynamic fault...
When estimating the lethality of an RF DEW or to harden/protect U.S. military systems and infrastructure from an adversary’s RF DEW, SURVICE determines how much RF energy is required on the target to...
It is critically important that today’s modern weapon systems demonstrate good reliability, availability, and maintainability (RAM) characteristics. Poor system RAM has a profound impact on mission...
Specializing in system safety, survivability, and effectiveness, the SURVICE Engineering Company is a small business that has provided the Department of Defense (DoD) and other customers with high...
SURVICE supports the development and testing of a wide range of applications and services. We have a dozen operations across the country that are capable of facilitating these efforts. This fact sheet...
The SURVICE Engineering Company has specialized for three decades in applying a systems engineering approach in support of the design, development, testing, and fielding of systems that are safe,...
Geometric models are 3-D computerized representations of systems used to support a variety of end-uses, including engineering design and analysis, preparation of engineering drawings and schematics,...
Within the Department of Defense (DoD), test and evaluation (T&E) is the process by which a system is assessed for its capabilities and limitations and evaluated for it’s effectiveness, suitability...
