After You Identify The Topic You Would Like To Spend The Nex

After You Identify The Topic You Would Like To Spend The Next Few Week

After you identify the topic you would like to spend the next few weeks researching and writing about and complete the library worksheet with that topic, please go to the USU Library and begin researching the topic and filling out the Stasis Model worksheet below, ending with a specific policy proposal you think will help solve the problem or answer the question you are examining in your research. Requirements Cite credible sources using MLA documentation 4 pages long, 12 point font--It should read like a bulleted list, not a formal pape Develop a clear policy proposal Upload as a .doc, .docx, or .rtf file The Stasis Model The Stasis Model is a useful formula for generating a working thesis and creating a research log.

The researcher begins by gathering information and evaluating what is found, then working toward a policy proposal that serves as a working thesis statement for the Persuasive Research Paper paper. It is important that each question is answered satisfactorily and in-depth before moving to the next stasis. If you can’t answer the question, you need to change your approach to the topic or do more research. Fact: What happened or is happening? Are there facts in dispute?

Be sure to list all the facts that you currently know or that you encounter as you research. Make sure you use credible sources and only add facts, without editorializing. Make sure this is a very thorough list and that you cite your sources; it will help avoid problems down the line. Definition: How do you define the subject? Are there terms you need to define?

This is a chance for you to define terms and “control” them. Look at Dr. King’s use of the word extremist in “Letter from Birmingham Jail”. This is also a chance for you to list all the terms and concepts that you will need to define for an audience that isn’t as familiar with the topic as you are. It is also important that you identify and define terms that are still in dispute.

Cause/Effect: What caused it to happen and what will be the likely outcome? Values: How good or bad is it and who does it benefit? Again, please be as specific as possible. Policy Proposal: What can be done to solve the problem or what are you proposing and why? This proposal should be a claim and several reasons that follow from the claim.

Also, make sure that this proposal is viable, meaning that it is realistic, and that it is supported by the information above. If the proposal doesn’t coincide with what you have listed above, you may need to take another look at it. ______________ The instructor told us that he expects 2 pages on the Fact part, and 2 pages on the rest which are Cause/Effect, Values , and Policy Proposal. total of 4 pages. ------------- I already chose a topic and showed him that im going to talk: Its about how the aviation is the safest way to transport, andd how the safety is improved with the improvemnt of the technology through years. ------------- he also asked to have good detailes on each part to clear the information that should be written. thak you.

Paper For Above instruction

The safety of aviation as a mode of transportation has been a subject of extensive study and continuous improvement over the decades. This paper explores the facts surrounding the safety record of aviation, the causes and effects of advancements in technology, the values associated with maintaining and improving aviation safety, and proposes policies to further enhance safety standards in the industry.

Fact: Aviation is recognized worldwide as the safest mode of transportation. According to the International Air Transport Association (IATA), the global accident rate in aviation has significantly decreased over the past 50 years, with a current rate of approximately one accident per several million flights (IATA, 2022). The development of sophisticated navigation systems, real-time weather tracking, improved aircraft design, and rigorous maintenance protocols have all contributed to this trend. Data from the National Transportation Safety Board (NTSB) and other aviation safety authorities consistently demonstrate that commercial air travel has a lower fatality rate per passenger mile than cars, trains, or ships (NTSB, 2021). Disputes sometimes arise over specific incidents or the interpretation of safety data; however, the overall statistics firmly establish aviation as the safest transportation method.

Furthermore, technological innovations are pivotal in elevating safety standards. Modern aircraft incorporate advanced avionics, automation, and materials science, which reduce human error and improve resilience against accidents. For example, the introduction of fly-by-wire systems, GPS-guided navigation, and enhanced weather radar has enabled pilots to navigate safely through adverse conditions. The continuous evolution of safety protocols—including Crew Resource Management (CRM), proactive risk assessments, and international safety audits—reflects industry-wide efforts to mitigate risks. These technological improvements are driven by the necessity to address causes of past accidents, such as mechanical failure, pilot error, or weather-related incidents.

Cause/Effect: The cause of the significant improvement in aviation safety can largely be attributed to technological advancements and systemic safety management practices. As new flight technologies are developed, they directly lead to fewer accidents and fatalities. For example, the adoption of automation reduces workload and human error, which historically has been a leading factor in aviation accidents (Kanki, 2018). The effect of these improvements is a markedly safer travel environment, which, in turn, boosts public confidence and promotes continued industry growth. Conversely, the introduction of new technologies can introduce unforeseen risks, but ongoing safety monitoring and regulations aim to manage these effectively.

Values: The primary value associated with aviation safety is the preservation of human life. Ensuring safety benefits airline passengers, crew members, and industry stakeholders by reducing fatalities and injuries. It also has economic benefits, such as minimizing costs associated with accidents, lawsuits, and insurance claims. From a societal standpoint, safe air travel fosters economic development through tourism and global commerce. Ethically, it underscores the responsibility of airlines, manufacturers, and regulators to prioritize passenger safety over cost-cutting measures or expedient operations (Belobaba et al., 2020). The value placed on safety reflects a collective commitment to protecting human lives and maintaining trust in the aviation industry.

Policy Proposal: To further enhance aviation safety, the industry should invest in emerging technologies such as Artificial Intelligence (AI) for predictive maintenance, cybersecurity measures for aircraft systems, and advanced pilot training simulations. A viable policy would involve mandating the integration of AI-driven predictive maintenance diagnostics, which utilize big data analytics to identify potential mechanical issues before they lead to failures (Mahapatra & Sinha, 2021). Additionally, strengthening cybersecurity protocols ensures that aircraft systems remain secure from cyber threats that could compromise safety. Enhanced pilot training with augmented reality and simulation-based assessments can prepare crews for emergency scenarios more effectively. These policies are feasible because they build upon existing technological trends and regulatory frameworks, and they promise a significant return by reducing accident risks and enhancing overall safety.

References

• Belobaba, P., Odoni, A., & Barnhart, C. (2020). The Economics of Airline Scheduling and Operations. Journal of Air Transport Management, 89, 101906.
• IATA. (2022). Annual Safety Report. International Air Transport Association.
• Kanki, B. (2018). Human Factors in Aviation Safety. Routledge.
• Mahapatra, R., & Sinha, S. (2021). Artificial Intelligence in Aviation Maintenance: Opportunities and Challenges. Journal of Aerospace Information Systems, 18(4), 261-273.
• National Transportation Safety Board. (2021). Aviation Safety Data International. NTSB Reports.

This research underscores that aviation remains the safest transportation mode due to technological innovations, rigorous safety protocols, and the continuous commitment of the industry to safety improvement. Future policies focusing on emerging technologies and cybersecurity will further consolidate its safety record.