THIS IS A TERM PAPER OF AT LEAST 8 PAGES. I ALREADY MADE THE OUTLINE, I JUST WANT YOU TO WRITE ACCORDING TO THE OUTLINE I DID. In your paper you will research an engineer, inventor/invention and/or a

THIS IS A TERM PAPER OF AT LEAST 8 PAGES. I ALREADY MADE THE OUTLINE, I JUST WANT YOU TO WRITE ACCORDING TO THE OUTLINE I DID. In your paper you will research an engineer, inventor/invention and/or a
Outline: Kansas City Hyatt Regency Hotel skywalk Collapse and Engineering Ethics Name Institutional Affiliation Outline: Kansas City Hyatt Regency Hotel skywalk Collapse and Engineering Ethics Thesis: This paperwork confers the knowledge gained in the collapse of Hyatt Regency concerning design coursework, its application in civil engineering and engineering ethics. I. Introduction: Numerous engineering lessons can be learned from the collapse of the Kansas City Hyatt Regency Hotel skywalk. Various engineering arms are documenting the need to switch and upgrade the knowledge of technical content and use its practical application in a classroom. An excellent example of an engineering arm is the National Academy of Engineering. Currently, there are several learning styles used in an engineering class. Active learning Project-based learning Therefore, the collapse of Hyatt Regency Hotel Skywalk is a backbone of broadening engineering learning experience (1). II. Engineering ethics is a system sector of moral principle and its application to engineering practice. Society has high expectations of engineers since they are obligated to establish projects, which are economically attainable and, at the same time, ensures human health, welfare, and safety are up to high standards (2). These challenges demand that a civil engineering student be well oriented, appreciate accountabilities and responsibilities, acquire teamwork, and have good communication skills. At its core, the collapse of the Kansas City Hyatt Regency Hotel Skywalk has the non-technical problems of interdisciplinary teamwork. Also, ethical issues and communication issues. III. The primary issue at the core of the collapse of the Hyatt Regency is a communication breakdown. The Kansas City Hotel did not meet the required building codes. Miscommunication between the constructors and the designers led to the collapse. Miscommunication between the parties (the stakeholders, the Hyatt Regency Hotel, engineers, and the building contractors) led to other moral problems and engineering constraints. The majority of these parties interest is to minimize cost and enhance easy construction. IV. Individuals’ safety should not be at risk so as minimize cost and ease construction. It indicates that civil engineers should ensure individuals’ safety while trying to cut costs. Failure of the different parties to vindicate engineering ethics led to the death of 114 people (3). Ethic theory relies on what is best for the majority of the community. – It shows that there was no complete analysis of the drawings of the design by the civil engineers in the Hyatt Regency disaster. V. The utilitarianism framework (4) is another essential factor in this case study. Utilitarianism addresses the social constraint for civil engineering. It is because it allows for maximum happiness in society by preventing such disasters. After the Hyatt Regency Hotel collapsed, all the involved engineers lost their licenses after conducting a proper investigation. This framework addresses both political and social constraints at the same time. VI. Kantianism is another engineering ethics. This framework addresses the moral obligations of a civil engineer towards society (5). It demands that the engineers commit not only to their work but also to serving society as expected. This framework differs from utilitarianism, as it does not focus on society’s happiness but the engineer’s duty towards society. It indicates that, in the case of Hyatt Regency Hotel, the engineers did not fully commit to their duty (6). Their obligation led to a worldwide disaster. VII. Conclusion: It is, therefore, essential to acknowledge civil engineering ethics (7). It enhances a conducive working environment for the parties involved. The above case study, where the civil engineers of Hyatt Regency Hotel did not observe these ethics, proves unethical consequences. Therefore, applying the Hyatt Regency Hotel Skyfall collapse in the civil engineering field is the best example of the importance of civil engineering ethics. References [1]. Garmon L. Code Breach Blamed for Hotel Disaster. Science News. 1982 Mar 6:149-. (Journal article). [2]. Zhu Q. Ethics Within Engineering: An Introduction. 2017. (Book). [3]. Bernhardt R. Hyatt Regency Skywalk Collapse: Evaluation of the Box Beam Design. InForensic Engineering 2018: Forging Forensic Frontiers 2018 Nov 27 (pp. 447-456). Reston, VA: American Society of Civil Engineers. (Journal Article). [4]. Scarre G. Utilitarianism. Routledge; 2020 Sep 23. (Book). [5]. Feldman F. Kantian ethics. Bioethics. 2011 Feb 15:145. (Book). [6]. Dworkin R. Taking Rights Seriously Harvard University Press. Cambridge, Mass. 1977. (Book). [7]. Dragon O. Hyatt Regency Walkways: The Ethical Issues. 2003. (Journal Article).
THIS IS A TERM PAPER OF AT LEAST 8 PAGES. I ALREADY MADE THE OUTLINE, I JUST WANT YOU TO WRITE ACCORDING TO THE OUTLINE I DID. In your paper you will research an engineer, inventor/invention and/or a
ENGR 1201 Introduction to Engineering Technical/Research Paper Assignment DUE 3 December 2021 according to course schedule Each student will write a technical research paper in this course with the outline and both the draft and final (revised) versions reviewed/checked off by the University writing center by 29 October, 2021. You will submit with your final paper the sheet showing your visit and the suggested changes. The paper’s length is to be 8-10 pages, including references. In your paper you will research an engineer, inventor/invention and/or an engineering item that affected our world. You will address all engineering constraints as well as what contemporary issues were considered when addressing the problem at hand and what impact did their solution have especially in a global and societal context. Structure: The general structured components of your technical paper are outlined below. Abstract: a stand-alone paragraph that describes the thesis (central theme) of the paper. The abstract is generally completed after the paper has been written, but an initial abstract with outline sets the direction of the research and the paper. Introduction: a section to give background information on the topic. This section states why the topic is important and includes any relevant theory and results from the work of others. Main body: the section of the paper in which the topic of the paper is given its development. Conclusion: a brief summary of the information in the paper. Unlike the abstract, this section is not required to be self-contained and can therefore make references to material in the body of the paper. References: a listing of the published sources of background information for the paper that support the citations within your paper. At least six references are required in this paper. Only two references may be from an internet site. One reference must be from an appropriate professional journal. All sources listed in the References section must be cited in the text. Format: Formatting instructions are given below. Title (cover) Page Title: Limited to 10 words. The title is to be typed 2 lines below the top margin in 14-point UPPER-CASE BOLD type and centered on the page. Author: The author’s name is to be centered on the page on the 9th line from the top margin. The name is typed in 14-point bold type. A blank line follows the name. The name and address of the University of Texas at Tyler College of Engineering ence are typed below this in 10-point plain type. Body of Paper Text style: Single-spaced, in two-column format (after title and author) on standard 8.5  11 white paper. Margins are to be 0.75 in (left, right, and top) and 1.0 in (bottom). Each column is to have a width of 3.375 in with 0.25 in between the columns. Each section of the text will be titled with UPPER-CASE BOLD text with the section title separated from the text with one blank line above and one below. Two blank lines will be used between paragraphs. Page numbers are to be centered at the bottom of the page and will begin with 1. Times New Roman 10-point font is to be used for all text. Abstract: The one-paragraph abstract begins on line 18 of the first page. It is the first line of the two-column format. The keyword ABSTRACT will be used to introduce this section. Introduction: The keyword INTRODUCTION will be used to introduce this section. Main body: The main body of the report is divided into separate topics. Each topic becomes a keyword for the text that follows it. For example, a paper on alternative energy sources may contain sections on photovoltaic energy, wind energy, and geothermal energy. Each section would be introduced with the appropriate heading as a keyword. “Main body” is not a keyword. Conclusion: This section is introduced by the keyword CONCLUSION. Other formatting considerations: Tables: Tables may utilize the full-width of the page if necessary. The source of data in tables must be acknowledged with a reference unless the data are the work of the author. A title is to be placed above each table. Tables will be referenced in the text as “Table 1,” etc. Figures: Drawings, graphs, and photographs may be introduced as figures. Each figure must have a caption placed below it. Each figure must have a reference if it is derived from a published source; no reference is necessary if the figure is the original work of the author. Figures will be referenced in the text as “Fig. 1,” “Fig. 2,” etc., unless the sentence begins with the word “Figure” (which is then spelled out in full). Equations: Equations are not required in this technical paper but may be used if appropriate. Equations are to be separated from the text with a blank line before and after the equation. Equations are to be numbered consecutively with equation numbers enclosed in parentheses at the right end of the equation line. An equation is referenced in the text in the form “Eq. (1).” A group of equations can be referenced in the form “Eqs. (3)–(5).” References: References in the paper will be numbered sequentially with numbers enclosed in square brackets [ ]. For example: “A number of modeling strategies have been developed for continuous systems [1].” Citations from printed sources will follow the forms below: [1] Craig, R. R. Structural dynamics. New York: John Wiley and Sons, 1981. (book) [2] H. R. Berenji, “Fuzzy logic controllers,” in An Introduction to Fuzzy Logic Applications in Intelligent Systems, R. R. Yager and L. A. Zadeh, Eds. Boston, MA: Kluwer, 1992, pp. 69-96. (reference to a specific chapter in a work compiled by editors) [3] S. K. Pal and S. Mitra, “Multilayer perceptron, fuzzy sets, and classification,” IEEE Trans. Neural Networks, vol. 4, pp. 759-771, 1991. (journal article) The following format will be used for references to on-line sources. The citation will include the name(s) of the author(s); the title of the work in quotations; the title of the complete work (if applicable) in italics; the date of the document or latest revision (if known) in parentheses; the full URL; and the date of access. [4] Anonymous, “Electrical engineering program educational objectives,” Electrical Engineering Student Handbook, (2003). http:/ee.uttyler.edu/EEStudentHandbook.pdf (28 June 2004). Please note concerning your visit to the University Writing Center- Format of draft papers: Draft papers are more easily proofread and edited if they are published in double-spaced, one-column format. nhknv225msiqxi1w