As an engineer, the general security of the trident plan needs to be reviewed. Contemplation is usually provided to the nuclear cycle from uranium extraction to neutralizing and waste storage. This consideration should be carried out as a community and to decommission the threats and effects of leading mishaps involved with nuclear missiles or submarine vessels. The following paper will look into past and current nuclear submarine mishaps that have paved way for nuclear weaponry overviews that analyze, provide evidence and recommend leaders on nuclear matters that involve engineering and security of the entire global community (Pfatteicher 2). The ex-Soviet Union (Komsomolets) In reference to particular submarine nuclear incidences, the community and department of defense will offer support to the creation of awareness on the impacts of these mishaps (Wallace, Wendy and Project Staff 1992). On April 7, 1989, an inferno began onboard the nuclear-motorized submarine, the Komsomolets. In spite of the effort of the crew on board to stop the fire, the inferno grew to a point that was out of control. The submarine descended to a deepness of 5,500 feet, whilst off the Northern coast of Norway, 125 miles from the mainland. A crew of sixty-none men passed away. The sinking of the vessel is one of a kind pattern of mishaps that engage the soviet fleet of nuclear-motorized submarines and vessels. If the recent history of the soviet nuclear commerce is any monitor, it will not be the last. Plans that have been made towards a salvage operation after the occurrence of the mishap have been grounded on approximations of the ecological risk postured by the deepened submarine and the nuclear material released to the environment. In accordance with the facts provided by the Environmental Protection Agency, the loss of the soviet vessel most likely posed minimal ecological threats. Before this loss, the ex-Soviet Union had lost three other vessels with nuclear weaponry, and there was no sign of any radiation leak or other issue posturing as an ecological threat. Reacting to similar problems following the sinking of the submarine off Bermuda involved Vice Admiral Powell F. Carter, Jr., meeting with the Joint Chiefs of Staff to discuss the potential ecological threats brought about by the sunken submarine (Wallace, Wendy and Project Staff 1992). The American nuclear professionals had misgivings over the efforts made by the Soviet crew solely because of the inability of raising the submarine vessel from the sunken depths. Whilst the Soviet navy has tools that could submerge and several rescue and saving ships, they were mainly intended to lever submersibles sent down to save stuck crewmen (Pfatteicher 42). The engineering of the saving tools used by the Soviet ships did not have tonics or hoists able to tackle weights exceeding 750 tons. Engineering specialties from the Environmental Protection Agency stated that the soviets were supposed to adjust supertankers to supply adequate and huge platforms for the rescue and holding of the nuclear material. Apart from that, they had misgivings over the capability of the plan and assembled the tools essential for the rescue operation. Even though the salvage operation was practically possible, it could turn out to be an unbelievably hard task. Rather than raising the subma
Name Professor Course Date Engineering ethics An evaluation of the nuclear weaponry security, the leading methodical consultant at the Ministry of Defense discovered that security issues were compartmentalized (Hubbard 127). This situation implied that there arose a need for an overview of the entire USS Mazeltov and engineering system…
The author claims that engineering ethics has intimate connection with the ethos and culture of the country to which the manufacturer belongs. The question of engineering ethics acquires a special dimension as any decision to keep silent might harm customers while there will be considerable economic loss if all faulty units are recalled.
To the best of my knowledge, no one has stolen French nuclear fuel to make a weapon, no one has mounted a successful terrorist attack on a French nuclear plant, France is a leader in technology that actually recycles some nuclear waste, and most French citizens have a favorable or at least neutral view of nuclear power.
Suicide is becoming one of the most disastrous social threats faced by human beings today and thus it is a professional obligation on engineers to find solutions to this ever increasing social evil. This paper is concerned with the answers to the most common questions about engineers’ role in suicide prevention and control.
From the case, we realize the fact that the experience of the former student engineer is in question. Despite serving as an engineer at a local engineering firm, he still searches for guidance in interpreting an engineering report from a more qualified engineer than himself.
Ethics are thought of by many people as something that is related to the private side of life and not to the business side (Curry).
The importance of ethics in an individual’s character can never be denied because ethics
As the professional code of ethics puts a professional binding on engineers to work for the welfare of mankind and utilize their knowledge and resources available to them for the development and augmentation of human beings, therefore, solving the social issues is also one of the various responsibilities of an engineer.
des for proprietary information and how engineers should be informed of the different proprietary information which companies hold as classified information and should, therefore, not be shared beyond the corporation’s precincts.
Proprietary information is classified
In the paper, I have also given my position on whether or not I agree with the Basart’s and Serra’s novel conception of Engineering Ethics. In building my case on whether or not I agree with the novel conception of Engineering Ethics, I have
The workers in that company would also be involved since they would have played a part on pollution of the environment. Technology is of more benefit but at the same time it has many implications. Ethics considers the positive dimensions of engineering and
Corporate culture widely focuses on ethics. Professional ethics are defined as the professionally adopted standards of business and personal behaviour, guiding principles and values. The organization set
7 pages (1750 words)Essay
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