Engineering is a profession that involves an encounter with machinery used for dynamic human activities. Therefore, it is important to optimally practice ethical values and philosophical approaches to ensure the prominent indication of satisfactory aspects based on relative risk and security. In the Goodrich A7D brake case, the Air Force assigned Goodrich with the contract to distribute the brakes for the new Air Force light attack aircraft (Hoover, 2018). However, the rheostats became faulty, and the supplier was sued. The issue emerged from the risk of designing and structuring the various elements inhibiting the sustainable countenance. It is crucial to establish the interdependent parameters that lead to the principled practice within the sector. Overreliance on computerized systems poses a major risk to the livelihoods due to the prominent attribution of the convenience and high scale production process, hence the significance of advocating for irreproachable perspective during the practice.
The optimal involvement of the relevant stakeholders in the engineering sector is an essential initiative cause of the profound articulation of the apt operative standards. On the one hand, the professionals involved, inspect the quality and the approved process in the manufacturing. On the other hand, the managerial team ensures the intersection of transparency and the appropriate profit margin based on the efficiency and necessity of equipment. The braking system significantly affects the use of dynamic machines, mainly airplanes (Hoover, 2018). As a result, it is the responsibility of the representatives from the Air Force and Goodrich corporates to coordinate the assessment of the products for utilization. Teamwork during the test drives of the rheostats would have rendered prominent clarity without the unethical convention from the Goodrich enterprise.
Engineering is one of the professional practices that highly influence individuals’ daily livelihood, hence the importance of observing ethical and moral standards. The public perception engulfs the significance of exploiting sustainable initiatives to ensure the longevity of the business relationships. In research by Taebi (2021), whistleblowing by Vandivier, a former BF Goodrich employee through the published article portrayed the essence of ethics in the industry. It is crucial to integrate values and perspectives based on relevant stakeholders’ participation to enhance the optimal objective on equal distribution of resources. The intersection of benefactors’ impressions stimulates the profound impact of the clarity and the principality while enhancing technological advancement. It is the primary responsibility of the government and enterprise institutions to prioritize the proper use of machinery against the essence of profit margin.
The domino effect is an essential factor to exploit during risk analysis due to its contribution to the derivation of prevention mechanisms. Fore et al. (2020) investigate the dynamic risks abound a chemical plant and its effect on the stakeholders in different research. The researchers establish that the best approach to conduct a risk analysis enshrines the utilization of modeling and simulation cause of the ability to develop the chain of reaction and the significant damage. Engineering is a profession that mainly focuses on the longevity and the trickle-down effect of a particular project.
The engineering profession is an essential sector within the socio-economic structure in the operationalization of human activities. The experts uphold dynamic responsibilities based on the examination of the machinery and the safety of utilization. The specialists diagnose issues in a technological tool and practically modify them for better performance. However, the researcher indicates profound initiatives that individuals focus on while on duty. These facets include sustainability, risk, ethical principles, whistleblowing, and security (Taebi, 2021). Over the decades, different stakeholders integrated structures with computerizations for optimal output. Telemechanics and robotics significantly impact the living quotient among people due to the monitoring and repairing of electronics to render prime productivity.
Efficiency in the exploitation of technological resources depends on engineers’ proficiency in the application of ethical principles. According to research, the four fundamental pillars include integrity and honesty, rigor and accuracy, communication and leadership, and respecting the law and sustainability initiatives (Taebi, 2021). Ideally, incorporating the strategies elevates the effectiveness of the utilities, such as the transportation infrastructure. In this case, it is crucial to indicate the interplay of the distinct variables that impact the quality of living and the expertise among the participants.
Technological advancement whetted the intensification in human activities, causing the diversification to improve optimal productivity. On the one hand, carriage renders the ease of movement of people and goods from one region to another. On the other hand, the concept compromises nature’s aesthetic value based on the prominent factor of pollution. The human activity element depicts a potent approach through three spectral views: air, water, and terrain. Despite the coordination among all relevant stakeholders, the typical contribution of machinery in the profanation fosters a profound impact on the environment, hence determining the relative variables (Taebi, 2021). Apart from the distinct effect of freightage infrastructure, the dynamic use of solid ground poses profound consequences for the development of structures leaving the passage. Whistleblowing becomes an emblem of an intellectual interdependent system of policing ethical principles and sustainability locally and globally.
One of the key values in the promotion of ethical principles in the engineering sector engulf whistleblowing. The incrimination of an entity regarding a particular illegal practice significantly contributes to the standard operationalization. An excellent example is the Goodrich company, whose employees eventually shared the truth about the brake case and the profound outcomes (Hoover, 2018). The revelation by the laborer was an emblem of the domino effect that led to the discharge of the worker in the company. The key issue involved the lack of transparency between the supplier and the client about the eligibility of the equipment used in the aircraft. The aspect risked compromising the fit state of the vessels suitable for transportation. Therefore, compromising pellucidity over business profitability and the loss of lives and property destruction stimulates the importance of pegging as a tool.
In conclusion, engineering is a profession that significantly demands the utilization of ethical principles for the production of standard tools and machinery. Goodrich employees compromised the quality of braking systems and cost profound losses and the establishment of a poor reputation. Therefore, the alteration of the framework, mainly through the lack of transparency, further intensifies the consumers’ low confidence index on the suitability of the entities during transportation. Safety is an essential element among individuals, hence the acquisition of insights based on the state of a vessel for the task. The technological advancement empowered manufacturers and clientele with proficient accessibility of insights to intersect for the sustainable orthodox.
References
Fore, G. A., Hess, J. L., & Katz, A. (2020). Ethics in engineering or engineering in ethics? In ASEE Annual Conference Exposition.
Hoover, B. (2018). Whistleblowing in Aviation. In Ethical Issues in Aviation (pp. 71-87). Routledge.
Taebi, B. (2021). Ethics and engineering: An introduction. Cambridge University Press.