Engineering Ethics

By Author: Sherry Roberts
Total Articles: 580

First Sentence
Engineers have come up with unusual methods of hardening plastics by, reinforcing polymer matrix with fibers making it a useful discovery of technology. Their application excels in most industries especially construction thereby making it extremely popular among the civil and structural engineering communities. The process offers strengthening qualities for fiber that performs better than grain in bulk.
First Draft
P1: Engineers working in the field of polymers reinforcement with fibers are extremely popular to the communities of engineering.
P2: Polymer reinforcement with fibers is currently an area of concern for both engineers and various individuals specialized in other fields of engineering.
P3: If the production of polymers reinforced with fibers is an area of interest by engineers then the engineering ethics are applicable in this particular area rather than the medical ethics.
P4: If the engineers can strengthen polymers with fibers while still following the engineering standards then they can place the safety, health, and welfare of clients, and their staff first.
P5: If the engineers place the safety, health, and welfare of the clients, and staff first then the standards and quality of the polymers strengthened with fibers will improve.
P6: If standards and quality of polymers reinforced with fibers improves, then the engineers will have more knowledge and ways of producing different types, and even stronger fiber increased polymers.

P7: If engineers create different fiber reinforced polymers, then builders and engineers in other fields will have more options to choose from
P8: If the engineers have more knowledge and ways of producing different and stronger fiber strengthened polymers, then, they can provide more and improve the current insight in the fields of engineering [P8 follows P6]
P9: If there is more knowledge in the production of fiber strengthened polymers, then other products such as plastics will be produced
P10: If there is the production of other products such as plastics, then the cost of producing fiber strengthened polymers will reduce significantly.
P11: If the knowledge of producing stronger fiber increased polymers increases and reduced the cost of production, then the quality of structures and airplanes constructed using polymers will improve thereby reducing accidents and injuries.
P12: If the condition of structures built by engineers improves then the methods and techniques utilized to produce polymers and built structures will improve.
P13: Improvement in the methods and techniques utilized by the engineers betters the qualities of engineering services given to the clients and staffs.
P15: Yet another descriptive claim but it follows [P7]. If engineers produce various types of fiber strengthened polymers, then many builders will opt to use polymers in places of posts to construct houses.
P16: If polymers find applications in other fields of industry, then the production of polymers will increase.
P17: If production of polymers increases, then the field of engineering and other subfields will expand
P18: If the area of design develops, then there will be the creation of more job opportunities in the industries thereby improving the economy of a nation and improving the quality of life of people.
P19: If the quality of people’s lives improves, then the people will be happy ultimately.
P20: If P19 is true, engineers ought to apply ethics in their production of fiber strengthened polymers and practice of engineering in general

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