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Engineering Disasters General instructions Submissions Submit your completed assignment via the Turnitin function Assignment 1 requires students to produce a brief formal paper that deals with an...

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Engineering Disasters


General instructions Submissions Submit your completed assignment via the Turnitin function


Assignment 1 requires students to produce a brief formal paper that deals with an engineering disaster.

The minimum length of the paper is 9-double spaced pages and the maximum length is 12 double-spaced pages. NOT including your title page and references page.


An effective paper will pose and answer a number of the questions listed below.

(You do not need to answer all of these questions)


• How is it an engineering disaster?

• Which particular aspects of the disaster are the results of a poor engineering choice or practice?

• How is it relevant to the study and practice of engineering?

• Who was at fault? What caused the accident?

• What future precautions are recommended?

• Were any new laws, practices, or regulations implemented as a result of the disaster?

• What was the overall impact on engineering practice?

• Did the accident change engineering practice?


In order to be able to answer the above questions about an engineering disaster, you should prepare a brief literature review. And, you must complete the following four key tasks:

1. Select a disaster to assess which is NOT on the Banned Topics list.

2. Locate a minimum of three useful sources from the academic and/or professional literature

3. Compose a paper that conforms to the formatting guidelines presented in this document;

4. Employ the American Psychological Association (APA) citation and referencing system presented on the Purdue Owl Writing Lab website, at: https://owl.english.purdue.edu/owl/resource/560/05/


Task 1 Select an engineering disaster

You are required to select a real engineering disaster from history. The disaster’s cause should be related to faulty engineering, a design flaw for example. This means that disasters related to things such as ethical issues or corrupt practices are not suitable for your paper (e.g. a company knowingly does not fully disclose information that ultimately causes danger and harm).


Banned Topics List: the following are topics you cannot write about.

The following are the current banned topics:

  • No topic in which the accident occurred prior to the year 1925 (focus on modern engineering accidents)

  • Sinking of the Titanic

  • Space Shuttle Challenger

  • Tacoma Narrows Suspension Bridge

  • Kansas City Hyatt Regency Walkways Collapse

  • Chernobyl Nuclear Accident

  • 9/11 (World Trade Center collapse)

  • Love Canal

  • Ford Pinto

  • The Concorde Crash

  • Quebec Bridge

  • St. Francis Dam

  • East Cleveland Gas Explosion

  • Sinking of the Vasa

  • Leaning Tower of Pisa

  • Hindenburg Airship Explosion

  • MGM Grand Hotel Fire


Task 2 Locate a minimum of three sources

At least three of the sources you employ in your literature review must be from the academic and/or professional literature. Acceptable sources include the following:

* peer reviewed academic journal articles;

* peer reviewed academic books;

* official publications of professional engineering associations;

*official government or judicial reports on the disaster; and,

*certain evidentiary documents such as company reports, and sometimes eyewitness reports.


Task 3 Formatting Guidelines

The items presented below describe the format and style you are to employ for this paper. Check the details presented in the class about “Formal Paper” writing. • Do not provide a Table of Contents for this paper. • Be concise, do not make the mistake of using a narrative (literary story) style. • Do not write in the first person (e.g., do not use I or me). • If you employ tables, you do not require lists of tables and figures for a paper that is this short. • You must use the APA citation/referencing system in this paper.


Introduction

Your introduction should not be much more than 1 ½ pages in length. It should include the following items:


Purpose: i.e., your research questions

Begin with a statement of purpose that identifies the name and date of the disasters and poses your principal research question(s). Once you have read about the disaster you should feel comfortable about the sorts of questions you can effectively answer. It is often useful to select one main question along with two or three subsidiary questions. A suitable question for many papers might be: What were the flaws in engineering design that led to this disaster?


Conceptual clarification

Your research questions should be followed by a section on concept clarification. What do you mean by “disaster?” What is an engineering disaster? You should also define any technical terms that feature prominently in the paper and may not be understood by your audience.


Methodological statement

You must include a statement indicating the methodology you employed to answer your research question. In the case of this paper the methodology will be a brief assessment of the literature or a literature review. If your paper focuses on a few sources, they should be cited in your methodological statement.


Analysis section

The analysis section should be the longest part of your paper.


Background statement

You can begin your analysis section with a very brief overview of the basic, undisputed facts that describe the disaster. You might describe the structures involved, the date they were completed, when they failed, how many people were killed or injured if any and perhaps the economic and other social costs of the disaster. For a paper that is this short your background statement should be no more than two paragraphs in length.


Argument points

The bulk of the analysis section involves your effort to present points which help to answer your research question. Each of the points you make should be supported by evidence provided by one of your sources and be supported by a citation and reference for the citation. You should logically explain how the point you make helps answer your question(s). There should be one or more points made for each of your questions.


Disputes and alternatives

If you run across disputed evidence or examples of alternative explanations for your questions, you should indicate as much in the text of your paper. Some writers add a discussion section at the end of their analysis to summarize their findings, assess alternative arguments and tie up loose ends. Most writers leave the discussion tasks to their conclusion.


Conclusion

In your conclusion, you make direct reference to your original research questions. You can simply summarize them, but can repeat them word for word if necessary. You should indicate whether the analysis answered your questions and briefly summarize the key points of the analysis if necessary.


You should honestly indicate whether a research question was effectively answered. If you failed to answer a question you should try to explain why. You should indicate what might be done in a future research effort to answer the question - more research, more data, more time?


At the very end of your conclusion you can include an optional “affective” statement. An affective statement is where you can briefly state what the outcome of your research says about the need to prevent similar disasters, or what the impact of studying this disaster is for you personally. The affective statement is the one portion of the paper where the use of the first person (I, me) is permitted.


References Your paper ends with a references section which should be prepared based on the APA format. You must have a reference for each of the sources cited in the text.


Task 4 use APA

As was already noted in these instructions you are required to employ the APA in-text citation and referencing system as presented in the Purdue Owl writing lab and also available in communication lecture notes.


Answered 2 days After Feb 19, 2021

Solution

Dr. Vidhya answered on Feb 21 2021
142 Votes
Running Head: ENGINEERING DISASTERS                        1
ENGINEERING DISASTERS                                2
ENGINEERING DISASTERS
Table of Contents
Introduction    3
Research Question    3
Conceptual Clarification    4
Methodological Statement    5
Analysis    5
Background Statement    5
Argument Points    6
The Aftermath of the Disaster    8
Discussion    8
Conclusion    10
References    12
Introduction
The engineering disaster is generally understood as the failure to achieve the set purpose of any project. This disaster can be linked to the structural flaw in design, weak operational strength of the project or the industrial disaster that could lead to endanger the lives of many people and at the same time, it proved hazardous to the local environment (Raghunandan & Jayaprakash, 2020).
In fact, engineering disaster is relatable to the general harm of the common public and they project how adverse impacts on environment are seen, when such tragedy takes place. The following is the detailed analysis of the Bhopal Gas Tragedy, which has been marked as one of the major industrial disasters during the decade of 1980 in India. The failure to ca
y out proper safety measures on behalf of the Union Ca
ide, the production company could result in the form of tragedy.
Research Question
At first, it is significant to note here that Bhopal Gas Tragedy happened on 3rd of December 1984 when a cloud of toxic MIC (Methyl Isocyanate) covered the major population regions of Bhopal, India. The leak of the gas was caused by grave technical e
or in the handling of the plant boilers.
Moreover, since the time of the tragedy, it has intrigued the minds of the scholars of engineering practice about strengthening the design thinking process during the development of a project that is accountable to produce hazardous conditions at workplace. It also poses questions over improving the safety measures during the operations of the chemical industry sector, in which Union ca
ide as operational for such a long time. In the light of the case study analysis, the following research questions are examined:
· What are major structural design faults, which can consequently affect the public wellbeing in the long business operations?
· How the accountability of the industrial engineering is set especially when there are known e
ors in the design of a particular project?
· Is it essential or permissible under business norms to operate over weak structure of equipment used? Does it not confront the safety norms that the organization must implement in order to avoid workplace harms?
Conceptual Clarification
By the proper explanation of the engineering disaster, it is perceived as the major fault in the structure, design thinking or the management of a particular project that collapses, stops working or proves to be harmful for the general wellbeing of the population living around it (Kok, Choong, Looi & Siow, 2019). In the context of the Bhopal Gas Tragedy as one of the biggest industrial disasters in history, the rapid spread of the toxic MIC was the major source of a dead population.
In the course of examining relevant techniques and equipment used in the process of making pesticides, a combination of certain chemicals and water is used, which is processed under highly sensitive work environment (Gapinski, 2019). In a chemical producing factory, there is a separate section, in which boilers and other equipment are located and they remain under the constant monitoring of the top professionals.
Additionally, the process of mixing these chemicals with water takes place under high precaution. When pesticides are produced, the manufacturing unit has to ensure that it does not emit any harmful gas to the environment as well as to the local habitats (Aloisio & Marais, 2020). When mixed with water, certain harmful gases are produced, which are subjected to be clarified or to be processed within the manufacturing unit only. MIC is one of the major gases that emits through the mixing of water with the MIC chemical, in which the MIC as a gas also exists.
Methodological Statement
With a view to examine the industrial disaster, a series of qualitative studies were reviewed and out of them, three most relevant ones were filtered for the conceptual analysis of the tragedy. The conceptual frameworks were examined in these research studies, which took notice of the overall investigation, government reports pertaining to find the faults in the engineering of the plan located in Bhopal.
At the same time, the research studies overviewed the su
oundings, in which the manufacturing unit by Union ca
ide was built in order to ensure that it violated not only the local environmental regulation but also it did not follow the legal norms to produce hazardous substance in a highly sensitive area.
Analysis
Background Statement
In the context of examining the tragedy as the engineering disaster, the structuring of the production unit of Sevin, a kind of pesticide can be traced back to 1969 when Union Ca
ide, an American company formed alliance with Indian government to produce this pesticide for Indian lands. The location for setting up the plant was chosen in Bhopal, however, the acquisition of land for setting the factory did not follow the local environmental norms; it was set right after the old railway station, which could hold the densely populated area.
Secondly, the company did not follow the rule of safety precautions during the production phase as in 1981, in an unfortunate event; a worker within the plan inhaled a large amount of phosgene gas and died after two hours...
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