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Moral dilemma under engineering ethics
Moral dilemma under engineering ethics
Moral dilemma under engineering ethics
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In “Curbing Overconsumption: Challenge for Ethically Responsible Engineering,” professor E.J. Woodhouse discusses modern overconsumption, and claims that engineers should be responsible for aiding the environment. At one point, he asks, “if it is technically feasible to arrange consumption far more efficiently, […] does that imply that the engineers who help arrange the wasteful approaches are violating certain ethical standards?” (24). Woodhouse claims that it is the ethical role of engineers to use their positions and resources to decrease the waste production of American overconsumption. Meanwhile, in “Individualization: Plant a Tree, Buy a Bike, Save the World?” professor Michael Maniates discusses modern environmentalism, and in particular …show more content…
focuses on the flawed thinking behind the present movement, and then proposes an alternative lens through which to evaluate environmental policy. The lens he proposes is a formula highlighting several points of environmental consideration, “‘IWAC,’ which is environmental Impact = quality of Work X meaningful consumption Alternatives X political Creativity” (47).
Maniates later elaborates on each factor of his formula, and then suggests that it be used for evaluating environmental policy proposals. The IWAC framework is able to provide an effective critique for Woodhouse’s work, indicating where his argument is sufficiently detailed, and where his argument could be expanded upon.
Maniates’ views on what he refers to as work are effectively mirrored by Woodhouse’s article. Maniates’ concept of “quality of Work” refers to how individuals inherently care about various aspects of their job, such as “questions about job security, worker satisfaction, downsizing, overtime, and corporate responsibility” (47). He also relates this concept more directly to environmental issues by claiming that when workers feel powerless in their jobs, they prefer to wield their power as consumers instead of attempting to resolve issues in a vocational capacity (48). Woodhouse relates to the first point by discussing the working conditions of engineers. “Engineers work within a web of constraints created by employers,
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consumer tastes, government policy, and other social forces” (27). He acknowledges that engineers work under many different pressures, and recognizes that not all engineers have the power to create change from a professional position. Woodhouse provides suggestions for how environmentally conscious engineers in positions of power can take action, as well as another option for those who either do not or believe that they do not have the ability to do anything as engineers. His proposal is to “Take a collective rather than individual approach, expecting schools of engineering and professional organizations to take the lead; […] Rather than thinking of professional responsibilities as occurring only at work, envision ways that engineers can act responsibly as citizens and consumers” (29). Woodhouse’s proposed solution provides options for any engineer to take action to help the environment if they so desire. He implores higher ranking engineering employees and heads of engineering schools to use their position to lead the conversation on reforming engineering ethics that Woodhouse considers to be vital. However, if as Maniates predicts, the less important engineers give up on making changes from a position of leadership within their industries and prefer to act as consumers, then Woodhouse has an alternative. He advises that they act responsibly as consumers and contribute to the general conversation on ethics reform as citizens. Woodhouse’s suggestion therefore manages to fulfill Maniates’ criterion of addressing work conditions by recognizing the powerlessness of many engineering employees and harnessing it by providing multiple plans of action. Potential answers to Maniates’ concerns about “meaningful consumption Alternatives” can also be found throughout Woodhouse’s article.
Although Maniates labels the “A” in IWAC as “meaningful consumption Alternatives,” his thoughts on the matter refer more to the institutional influences on product development. In Woodhouse’s words, “The public’s failure to embrace sustainable technologies has more to do with institutional structures that restrict the aggressive development and wide dissemination of sustainable technologies than with errant consumer choice” (48). Instead of attributing the lack of environmentally friendly products to happenstance, Maniates claims that there are production-side structural aspects which hinder the development of green products. Woodhouse mirrors Maniates in this aspect by recognizing the influences on engineers to overlook environmental concerns. “Neither law nor professional norms make [sustainable] design tasks a required aspect of most engineers’ responsibilities, and most employers place substantial obstacles in the way of engineers taking those design elements farther than law and market competition require” (27). By and large, companies are driven by the desire to maximize profit above all else, and from the perspective of employers, adding in environmental concerns is merely an additional constraint on potential profit margins. If engineering ethics and government regulations are sufficiently detailed on sustainability, then employers
are begrudgingly willing to oblige, but otherwise such considerations are perceived as an unnecessary drain on company resources. For this reason, Woodhouse argues that being environmentally conscious should be added to engineering codes of ethics, because then engineers would be expected to focus on sustainable technologies, regardless of employer desires. In this manner, Woodhouse not only parallels Maniates’ thoughts on institutional inhibitions on the production of environmentally friendly products, but even seems to focus his entire article around that reality. In comparison, Woodhouse’s article does not fully incorporate Maniates’ ideas of political creativity, but there are nevertheless some similarities. When Maniates discusses political creativity as part of a plan to help the environment, he refers to the importance of political thought, and the need to reevaluate what we consider to be feasible (49). Maniates provides specific examples of this application, but more generally, he hopes to challenge conventional wisdom on what possible solutions to environmental woes are feasible. In his article, Woodhouse does bring up the influence of government policy on the actions of employers of engineers (27). However, he never suggests political action as part of the solution to his problem, for example, to force engineers to follow stricter environmental policy. In the one instance he does mention any sort of collective action, he is recommending it as a way to support proactive engineers, instead of as a force for change on its own (29). But while Woodhouse’s argument does not implement political action, it challenges the status quo, in particular pushing the idea that engineering codes of ethics should include environmental responsibility. “The Australian Institution of Engineers explicitly promotes environmental sustainability, for example, a reminder not to take U.S. practice as the primary standard” (29). American engineering standards might not be concerned about sustainability, but the Australian example indicates that the current state of American standards is not necessarily ideal. In fact, Woodhouse explicitly claims that the widely accepted American codes of ethics are crucially overlooking environmental responsibility. Maniates’ framework notes the absence of political action as a vehicle of change in Woodhouse’s argument, although the latter still embraces the spirit of questioning the current state of affairs. Woodhouse’s argument appears to complete the three main criteria of Maniates’ IWAC framework, albeit to varying degrees of success. Woodhouse’s argument strongly parallels Maniates’ discussion about quality of work and meaningful consumption alternatives, but while Woodhouse appears to follow the spirit of Maniates’ thoughts on political creativity, the comparison is less direct. Admittedly, Woodhouse’s argument does not need to perfectly follow IWAC, and Maniates himself says that IWAC is not perfect (49). However, given that Woodhouse himself brought up the influence of government policy on engineers and on consumption trends in general, there appears to be room for an added facet of political action in his solution. At least in the case of Woodhouse’s article, Maniates’ IWAC framework seemed to be useful, since it managed to note the positives of Woodhouse’s argument and get a better understanding of the key points. However, a proper critique should have some positives and negatives, and IWAC also pulls off the latter by highlighting the potential for political activism as an additional part of Woodhouse’s plan to reform engineering codes of ethics. If Woodhouse actually chose to edit his article based on the results from the application of the IWAC framework, his argument might end up stronger for it.
Currently, human beings are thinking more on the line of they need work in order to make a living. For that reason, work has become meaningless, disagreeable, and unnatural. Many view work as a way to obtain money and not a meaningful human activity that one does for themselves. The author states that there are two reactions of the alienated and profoundly unsatisfactory character of the modern industrial work. One being the ideal of complete laziness and the other, hostility towards work. Fromm believes the reason why people have animosity regarding work is due to their unconscious mind. Subconsciously, a person has “a deep-seated, hostility towards work and all that is connected to it” says Fromm. I believe what Fromm is saying to be true, after all I witness it everyday. Millions of people each day goes to a work which they are dissatisfied with and that can negatively impact their attitude
This case focuses on corporate obstacles to pollution prevention. Pollution prevention can complex especially for large corporations. There are many different forms of pollution prevention including emissions control devices and incremental changes in existing technology. The author reviews the impact of emissions controlled devices, however the focus of the case study is on incremental changes in existing technology. Incremental changes include substituting one or two steps in a production process or relationship changes between production steps. One example of incremental changes that was provided by the author was eliminating chlorofluorocarbons and saving energy by replacing a refrigeration process with a heath exchanger that can exploit waste cooling from another part of the process. There are three critical decision-making stages for incremental changes; identifying a pollution prevention opportunity, finding a solution appropriate to that opportunity, and implementing that solution. The author discusses the three aspects of an organization (culture, ability to process information, and its politics) and how they impact the decision-making stages.
Watson, T. (2008) The Meaning of Work. The Sociology of Work and Industry. London: Routledge.
Second, we want to create innovative and sustainable products. We live to innovate -- it’s who we are. When our corporate responsibility initiatives begin leading us to new product development, it brings a new energy to our efforts. Whole divisions in our company open up to the prospects. Eyebrows are raised. There are results already: We’re finding ways to eliminate the toxic chemicals commonly used in making products and materials and teams are creating business models for generating revenue from ground-up old shoes; designers are developing products made of recycled polyester or organic cotton.
Fossil fuel emissions are the major cause in climate change and human beings are the ones using theses as their energy sources. The carbon dioxide that is emitted into the atmosphere cause changes in nature and the, “Violations of the natural conditions of life turn into global social, economic, and medical threats to people-with completely new sorts of challenges to the social and political institutions of highly industrialized global society” (Beck, 80). People need to throw away their anthropocentric views and realize that the issue is not only the environment being affected by global warming, but that their lives are being disturbed by this phenomenon also. Many people tend to try and not harm themselves, instead they aim to stay healthy so they can live long prosperous lives. German sociologist Urlich Beck’s idea that “nature is society and society is also ‘nature’” (Beck, 81) suggests that the argument on climate change is more personal than anything. It is something that should be discussed in the private sphere by individuals reflecting on their own lives and choices. Humans should not look at recycling, as an example, a way to reuse the resources the earth gives them to help it sustain, but instead as a way to ensure that there will always be resources for themselves and their descendants to survive. The carbon emissions
In environmental science, there are a set of terms that represent different ways one views his/her relationship with the environment. These terms, called value systems, describe a spectrum ranging from ecocentric, or highly valuing the environment, to technocentric, or valuing technological innovation over the natural environment. In the middle of the spectrum, is another perspective known as anthropocentrism, which describes one’s valuing of humans over the environment. As human civilization became the dominant species on earth, the environment became insignificant compared to the needs of civilization. The natural world became nothing more than a means to provide humans
Poel, Ibo Van De, and Lambèr M. M. Royakkers. Ethics, Technology, and Engineering: An Introduction. Malden, MA: Wiley-Blackwell, 2011. Print.
...conscious of our nature and be socially responsible. The one quote that comes to my mind is “ Think locally and act globally “.The author in the “Small is beautiful” analyses the key issue of how humans are over using the existing resources, this is something I would definitely take into consideration in my designs – optimal utilization of resources. Taking small steps towards the larger context makes it simpler to handle the humungous responsibility. Optimum use of resources, using local resources, renewable resources, being socially and economically conscious before trashing stuff that still are functional. I am confident that incorporating these basic strategies in the base level we can take it up to what we call as a “ sustainable “ ( long lasting) world.
Humans have been destroying the planet since we were able to stand on two legs. As a society, we need to work to reverse these terrible effects that our existence has on the planet. Sustainability is one way to begin reversing these effects, while still living our daily lives. In 2006, Al Gore presented his documentary, “ An Inconvenient Truth”, as a way to show the world the evidence behind global warming, climate change and the destruction of our planet. This documentary shocked the world. It was clear that changes needed to be made, but the destruction was more intense than previously thought. SInce this revelation in 2006, companies have tried to cut down on their greenhouse emissions, as well as offered sustainable products to their customers. Through a debate of morals and
The single most important environmental issue today is over-consumerism, which leads to excess waste. We buy too much. We think we always need new and better stuff. Will we ever be satisfied? There will always be something better or cooler on the market. Because we live in a capitalistic consumer culture, we have absorbed things like: “Get it while the getting’s good,” “Offer ends soon, buy while it lasts,” “For great deals, come on down…Sunday Sunday Sunday!” We, kids from 1 to 92, have become saturated with commercials like: Obey your thirst. How much of our consumption is compulsive buying, merely obeying our momentary thirst? Do we actually need all that we buy? Could we survive efficiently, even happily, without making so many shopping center runs? Once after I made a Target run with mom, I noticed that most of the bulkiness within my plastic bags with red targets symbols on them was made up of the products’ packaging. I then thought about all the bags that were piled on the floor near us…all of the bags piled on the floors of many homes throughout America daily.
9. Martin, M. W., & Schinzinger, R. (2010). Introduction to engineering ethics (2nd ed.). Boston: McGraw-Hill Higher Education.
...dearly-held, unconscious collective assumptions may impede our chances for survival. Or, as Poliakoff, et. al., noted, “fundamental changes in technology are adopted… only when they provide real advantage” (810). Are human beings inherently selfish, or are they capable of rising above that? Will we use this power we have developed to help ourselves, or to attempt to help the world? “Why can’t we achieve a better balance between people, resources, and the environment? … The complete answers to these questions lie deeply within the complex realms of science, philosophy, religion, economics, and politics.” (170). The answers may be complicated. The truth is, industrialization has changed our relationship to the environment. It has enabled us to hurt it far more than any other species, but it has also given us the ability to help. The power of choice now lies with us.
McLaren, B. (2010, July 22). The ethical responsibility of engineers and the rest of us, too [Web log article]. Retrieved from http://www.huffingtonpost.com/brian-d-mclaren/the-ethical-responsibilit_b_653812.html
People should know the negative impact throwing away a water bottle or newspaper, purchasing meat from the grocery store or consuming gasoline has on the environment, and many do not. By informing society about how their decisions affect the environment, we can help save our planet and change our attitude toward the land we live on, the water we drink and the air we breathe” and truly show respect for the stuff that we depend on. The United States produces “about 8.25 billion tons of solid waste each year” (Russell 1). People do not realize the impact they have on our planet and the environment. When people throw anything in the trashcan, they are contributing to the destruction of our planet.
Currently there is an urgent need to make products and processes sustainable, and beneficial to everyone and everything. This is because the true facts are that if we do not act now, our resources will run out and we wont be able to do anything about it. We must now design for the future and not our currents needs, and everything should be compatible with nature to correspond with sustainability. The question designers should be asking themselves now is ‘is this design choice moving us in the right direction?’