Avionics, a branch of electrical engineering, focuses on the electronics and electrical systems in aerospace vehicles.In aerospace getting acoustics right can keep a component from shattering from vibrations, or keep the interior of a craft from becoming unbearable for the occupants. Acoustics is the study of how sound reacts with objects.Knowing which materials work best for certain applications, and how they will wear and interact with each other, can be crucial for the successful performance of equipment going through extreme conditions. Materials science includes knowledge of the properties of materials like ceramics, composites, metals, and polymers.In aerospace it focuses on systems like power generation and propulsion to calculate how heat affects function. Thermodynamics, another branch of physics, deals in the relationship between heat and activity, describing things like combustion and how fluid flows.It’s necessary to know how air or spacecraft will interact with air and other gases to ensure it moves as quickly, safely, and efficiently as possible. Aerodynamics, a branch of physics, is the study of the motion of air and how it interacts with more solid bodies (such as a helicopter).Aerospace depends on the ability to calculate the movement of the aircraft, and in the case of astronautics, the effects of other bodies such as planets, moons, and the sun (this specifically is known as celestial mechanics). Physics, which deals broadly with matter, energy, motion, and force.Aerospace is not a single discipline so much as a generalist view of several areas that combine to make an air or spacecraft function. The basics of it, however, are that aeronautical engineering involves flight through the Earth’s atmosphere, while astronautical engineering involves flight beyond that, into space. Knowledge of aeronautical and astronautical engineering has been applied to buildings, cars, airline crash investigations, flight simulations, robotics, windmill design, and other fields that involve high technology.Īerospace engineering is divided into aeronautical and astronautical engineering, which has already been explained in greater detail here. Aerospace engineering's applications are as broad as the disciplines it covers. The Resource Management Division develops budgets, project justification reports, cost benefit analysis, resource proposals (RPs), and administers current fiscal year funds, while providing financial oversight for ALC and providing logistics oversight of the $1.2 Billion aircraft parts Inventory Control Point (ICP) at the Aviation Logistics Center.Aerospace engineering, a subset of mechanical engineering, is a broad field that coordinates several disciplines to design and build air and spacecraft. The Resource Management Division (CG-412) is responsible for the planning, programming, budgeting, execution, and evaluation of the AFC-41 aircraft maintenance appropriation funding, supporting 201 Coast Guard aircraft, as well as oversight of all aviation related Acquisition, Construction & Improvement (AC&I) funds. Coast Guard Aviation Logistics Center in Elizabeth City, NC. Projects in this division are managed from cradle to grave in close cooperation with U.S. The Aeronautical Engineering Systems Management division (CG-411) performs the necessary market research, engineering evaluation, contracting and budget management to change customer stated requirements into aircraft capabilities or upgrades. The Office of Aeronautical Engineering is divided into the following two divisions: In addition, the Office of Aeronautical Engineering provides oversight to the Aviation Logistics Center (ALC) in Elizabeth City, NC. The maintenance management system is a composite of United States Air Force (USAF), Navy (USN), commercial, and United States Coast Guard developed procedures. The office sets objectives, policies, responsibilities, and gains resources for the Aeronautical Maintenance Management system. Our office ensures that safe, properly configured aircrafts are available to meet Coast Guard mission requirements in the most cost-effective manner. The Office of Aeronautical Engineering, Commandant (CG-41) at United States Coast Guard Headquarters, has the primary responsibility for the management element of Aeronautical Engineering and serves as the focal point for technical and engineering support for aviation systems and equipment in the operational inventory.
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