![]() ![]() ![]() With digital designs on hand earlier, the program’s engineers as well as its production and flight teams could better collaborate and anticipate problems, reducing the need for rework.Īll told, Boeing estimates its use of virtual models and 3D tools slashed assembly hours by 80% and halved the time needed for software development. Rather than send aircraft models to a wind tunnel for early testing, the program used high-speed computing, shortening the usual concept-to-design process by about nine months. Readiness activities, including personnel training to accomplish the primary mission under the handicaps imposed by enemy attack and by acts of man and nature training in detecting, measuring, and decontaminating nuclear, biological, and chemical contaminants providing and using proper protective equipment and day-to-day operations requiring establishing, training, and equipping a disaster response force to handle all types of peacetime accidents and requests for assistance from the civilian community.When the service awarded Boeing a $9.2 billion contract in 2018 to replace the aging training jet with the T-7 Red Hawk, the company’s decision to heavily rely on new design and manufacturing techniques made the program the poster child for the potential of digital engineering.įrom the start, Boeing used advanced manufacturing and digital modeling tools to improve the way it designs and tests the T-7.Explosive ordnance disposal (EOD) activities, including detecting, identifying, rendering safe, recovering, and destroying United States and foreign explosive, incendiary, and nuclear ordnance supervising EOD functions and resolving technical problems of EOD and the procedures of neutralizing and disposing of improvised explosive devices and performing as specialized members of the disaster response force.Fire protection, including preventing, controlling, and extinguishing all types of fire occurring on the ground, and performing related rescue, first aid, and property preservation potential of fires involving facilities, operational processes, wildlands, aerospace vehicles, weapons, and hazardous or other materials operation and operator maintenance of all types of crash fire rescue and support vehicles tools and equipment and services in support of base emergency disaster operations. ![]() Utilities systems functions such as operation, maintenance, repair, and construction of plumbing, water, and wastewater systems and their components fuel system maintenance and pest management.Structural and pavement activities, including construction and maintenance of structural facilities and pavement areas maintaining pavements, railroads, and soil bases performing erosion control operating heavy equipment structural and metal fabricating, construction, and maintenance engineering specialists and operations functions.Mechanical and electrical activities to install, operate, maintain, and repair base direct support systems and equipment electrical facilities electrical power generation and distribution and heating, ventilation, air conditioning and refrigeration systems and equipment, and their controls. ![]()
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