The Ethics Of The Engineering Field

The Titanic tragedy was not a very happy event, but I am here to share my opinion on the causes of the sinking of it.

But in 1912 the Titanic sunk and it was a disaster at that time a lot of people died and the cause was preventable. So the failure was because of a fracture in the Hull steel and the wrought iron rivets. The fracture happened because of the amount of sulphur of the steel and the high speed of the ship as it travel over below freezing water. All these could have been prevented if the captain of the ship listened to the warring about the ice. They could have used a better quality of the riveting and the steel plates.

The Titanic may be one of the most famous and well known shipwrecks of our time. Just about everyone learns of the tragedy in school and how it was a complete accident. Information has been found that point to the tragedy not being what we think it is. There is evidence that shows that the ship thought to be the Titanic may actually be named the Olympic, and may have been used in an insurance scam. This evidence includes pictures showing different amounts of port holes and even people working on the ship coming forward. It has yet to be proven if this is 100% true, but most would agree that all of this points to it being true.

People were shocked at the news of the "unsinkable" Titanic sinking and this disbelief was due to the 19th Century’s reliance on science and industry to solve problems. When people set eyes on the most luxurious and biggest ship ever, they easily presumed it unsinkable. The Titanic, along with it’s size, had watertight

The Titanic was a passenger ship, not a battleship, so it was not built to take on huge icebergs. It states in the article that nothing was wrong in the building of the Titanic, but anything is possible. Man’s error could have been a big factor with the sinking. The ship was built among time pressures, not because of cost, which put a huge strain on the shipyard. If the builders were given more time, then mayne the ship would have been stronger and could have withstanded more. Higher quality rivets and thicker hulls might have kept the Titanic afloat for much longer.

A. The Titanic was thought to be the largest, safest, most luxurious ship ever built.

Industrial Engineers often face the ethical dilemma of attempting to balance costs with quality and safety. Company management pressures Industrial systems engineers to design processes that are cost efficient, time constrained, and produce a high quality output. This puts the engineer in a tricky balancing act in which they are trying to make every stakeholder happy. Taking risks in order to create cost efficient solutions is not specific to only industrial engineers but applies to all disciplines of engineering, making this topic a relevant discussion. However, this conflict is especially true in a manufacturing setting where industrial engineers thrive, machine operators are often overworked, companies make products in high stakes, large batches, and the range of quality acceptance is growing ever smaller. A relevant example is the engineer who was designing a chemical plant in Mexico. In order to achieve the correct viscosity of the paint stripper, the engineer asked the plant operator to babysit the chemical mixture and manually release the valve when necessary. Engineering management’s decision puts the plant worker at a safety risk in order to achieve a tighter quality and standardization of the chemical stripper production process. Ultimately, this resulted in the catastrophic death of the plant worker and the destruction of the plant.

‘Engineering ethics’ refer to the ethical issues involved in the engineering profession. Ethics are concerned with moral decisions in professional behaviour. Whilst morality generally refers to any aspect of human action, ethics is concerned with making the ‘right’ decisions in a professional context. Engineering ethics and consideration of the impact of engineering on the environment are issues of relevance and importance to any engineer or engineering student.

Ethics can be best defined as the analysis of the traits of moral or social which includes the social selections of a person as they communicate with people. Ethics should be highly considered by engineers and engineers should be mindful of it as they are making professional decisions in the field of engineering. Ethics is divided into two, some are preventive and others promote welfare to the society.

There are many ethical dilemmas that an industrial engineer may face throughout their career. One major dilemma would be having to lay someone off because of a change you may have made to a process to make it more efficient. Industrial engineers are always trying to find a more efficient way of doing something, whether it’s in a factory, in an office, or the route of a delivery driver. Sometimes these things aren’t always as simple as they may seem. There are often consequences to these seemingly simple changes. People can and do get laid off because of a change to a process.

Engineers are also required to use honesty and not over exaggerate claims or estimates when the data is available to make an informed decision. When making statements regarding an estimate members are required to accurately measure the cost and time in which it will take to produce a design. Misleading development times and costs not only results in damages of a financial sense but also in a loss of quality of the product or design. To prevent such

The construction of the RMS Titanic started on March 31, 1909 in Belfast, North Ireland and cost $7.5 million. The man who designed it was a naval architect named Thomas Andrews. The ship was built to be the world’s largest passenger steamship, along with two other ships, the Olympic and Britanic. Although the ship has always been known to many as unsinkable, it was actually never supposed to be advertised like that. Extra measures were put into the ship to insure safety, for example, if four watertight compartments out of the 16 were flooded, the ship would still stay afloat. Even though all these precautions were made, who would have ever thought that a single iceberg could cause such a huge devastation.

The following outline will help me write my essay about how engineers are faced with the ethical and moral issues of bribery in the industry. I chose this issue because it is a topic that speaks close to me. I have been put into many situations at work and during internships where I ask myself whether it is a bribe or if it is just networking. This essay will not only discuss the issue of bribery in the industry but help me further understand how to analyze certain scenarios if I am offered something else in the future.

Engineering is a pylon of human development and technology,having a significant impact on people’s daily lives. Engineering has improved humanity in every aspect (e.g. transportation, communication, medicine) and it has the potential to overcome the challenges that mankind still faces. However, engineers have responsibility for their actions and they must learn to follow a set of ethical principles relating to their work. All of which have to be followed to the letter otherwise there can be severe consequences.

At the outset morals and innovation appear to have no collaboration. On the other hand, we see the impact of morals on innovation both from the calling and the general population. Case in point the "code of expert morals" has changed the techniques in distinctive parts of science, building and innovation, and has given a specific heading to the sorts of tasks done, their degree, and executions. The affectability of customers to pick good values has additionally brought about the alter of course for some advances. Open investment in science and innovation and the legitimate stations are alternate components that shape the impact of morals on engineering. All the more disputably on the other side we see the effect of engineering on morals. One can contend how and why the absolute most theoretical thoughts like regulating moral hypotheses or Kantian morals have been responses to the progressions in science and engineering. Also, the impacts of mechanical change have significantly impacted cutting edge relativistic morals. Innovation has given new potential outcomes to human life and made new moral inquiries as well. It could be said, "Connected morals" is the result of mechanical improvement.