Posted on 08/03/2017 5:25:47 PM PDT by RightGeek
We engineers like to solve technical problems. That’s the way we think, that’s why we chose our major, that’s why we got into and stayed in engineering.
There are several other reasons why we got into engineering. One of them was the absence of what I describe here as “social engineering,” where the professor/instructor is interested not so much in solving technical problems as in setting the world right—in his or her opinion.
A second and related reason is that engineering (and the sciences generally) should be, like the scales of justice, blind. Engineering does not care about your color, sexual orientation, or your other personal and private attributes. All it takes to succeed is to do the work well.
Even as an undergraduate many years ago, my engineering classmates and I noticed that fact, and we were proud to have a major that valued only the quality of one’s work. In that sense, engineering was like athletics, or music, or the military: there were strict and impersonal standards.
Alas, the world we engineers envisioned as young students is not quite as simple and straightforward as we had wished because a phalanx of social justice warriors, ideologues, egalitarians, and opportunistic careerists has ensconced itself in America’s college and universities. The destruction they have caused in the humanities and social sciences has now reached to engineering.
One of the features of their growing power is the phenomenon of “engineering education” programs and schools. They have sought out the soft underbelly of engineering, where phrases such as “diversity” and “different perspectives” and “racial gaps” and “unfairness” and “unequal outcomes” make up the daily vocabulary. Instead of calculating engine horsepower or microchip power/size ratios or aerodynamic lift and drag, the engineering educationists focus on group representation, hurt feelings, and “microaggressions” in the profession.
An excellent example is the establishment at Purdue University (once informally called the “MIT of the Midwest”) of a whole School of Engineering Education. What is this school’s purpose? Its website tells us that it “envisions a more socially connected and scholarly engineering education. This implies that we radically rethink the boundaries of engineering and the purpose of engineering education.”
I have always thought my own education in engineering was as scholarly as possible. Once I became a professor, I never worried about how “socially connected” the education we provided at Michigan State for engineering students was. With trepidation, I read on to see if I was missing something important. I learned to my dismay that Purdue’s engineering education school rests on three bizarre pillars: “reimagining engineering and engineering education, creating field-shaping knowledge, and empowering agents of change.”
All academic fields shape knowledge and bring about change, but they don’t do that by “empowering” the agents of change. And what does “reimagining engineering” mean? The great aerodynamicist Theodore von Kármán said that “a scientist studies what is, while an engineer creates what never was.” In engineering, we apply scientific principles in the design and creation of new technologies for mankind’s use. It’s a creative process. Since engineering is basically creativity, how are we supposed to “reimagine creativity”? That makes no sense.
And, just for the record, engineers “empower” themselves and, most important, other people, by inventing things. Those things are our agents of change.
The recently appointed dean of Purdue’s school, Dr. Donna Riley, has an ambitious agenda.
In her words (italics mine): “I seek to revise engineering curricula to be relevant to a fuller range of student experiences and career destinations, integrating concerns related to public policy, professional ethics, and social responsibility; de-centering Western civilization; and uncovering contributions of women and other underrepresented groups…. We examine how technology influences and is influenced by globalization, capitalism, and colonialism…. Gender is a key…[theme]…[throughout] the course…. We…[examine]… racist and colonialist projects in science….”
That starts off innocently enough, discussing the intersection of engineering with public policy and ethics, but then veers off the rails once Riley begins disparaging the free movement of capital, the role of Western civilization, and the nature of men, specifically “colonialist” white men. How can it improve the practice of engineering to bring in such diversions and distractions?
Riley’s purpose seems not to be how best to train new engineers but to let everyone know how bad engineers have been, how they continue to “oppress” women and persons of color, how much we need “diverse perspectives,” and how the “struggle” continues to level all distinctions and differences in society.
Lest the reader believe I exaggerate, let him peruse a periodical called the Journal of Engineering Education, the Society for Engineering Education’s flagship journal. In each number, readers find at least one article with a title such as “Diversifying the Engineering Workforce” or “Understanding Student Difference” (January, 2005, Vol. 94, No. 1).
I chose this volume at random, but they are all like that. The first section of the latter article is “Three Facets of Student Diversity” in which the authors explain how to “motivate” and “retain” students in engineering, the emphasis being on minorities and women. We’re told that “diversity in education refers to the effects of gender and ethnicity on student performance.” Issues like “validation” and “learning styles” are discussed, and of course the instructor must teach “to address all three forms of diversity.”
The central philosophical premise of the article is leveling. It absolves students of responsibility and provides the non-learner with a ready excuse (“my teacher is a bigot!”). And there is no way to quantify its assertions. The “data” are little more than questionnaires or anecdotes. If only we were more fair and just, women and “minorities” (whatever that word means any more) would flock to engineering.
Engineering education’s basic assumption is that engineering will be improved if the profession is crafted to be more diverse, but that is completely untested. In the universe I live in, engineering is for those who want to and can be engineers. It’s not for everybody and there is no reason to believe that aptitude for engineering is evenly distributed.
It is one of life’s accidents that we are as we are. Perhaps it’s in our DNA. Socrates, Plato, and Aristotle (three long-dead white males) seemed to understand the role of “accidents” in human life better than we do. One thing is certain—we are not infinitely moldable clay. Contra Rousseau, the notorious “blank slate” theorist, we have proclivities and talents and gifts.
Thus, it does not seem to be a valuable use of our finite resources to try to “push” people into areas in which they show limited interest or ability. That, however, seems to be precisely the mission of “engineering education” schools and programs.
Nobody wants to see an uncoordinated doofus on the NBA basketball court simply to add “diversity.” We pay to see top-notch talent compete for victory. We should apply the same standards to engineering and stop pretending that we can “game” our wonderful profession so that anyone can succeed.
Nor should we attack engineering’s foundations, its dominantly Western character, so that non-Westerners might suffer fewer “microaggressions” and somehow feel better about studying it.
What is won without effort is surely without merit, and what is torn down and trampled will not easily be raised up again. We had better tread carefully.
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FTA: "The recently appointed dean of Purdue’s school, Dr. Donna Riley.."
I believe we have identified the central problem here.
Not sure about STEM, but I’ve noticed a distinct lack of them in business majors. The pushy, vocal kind either were rare where I was(Information Systems Management), even less in more traditional business disciplines(like Finance).
If that’s not making the people in stupid majors take smart stuff, they shouldn’t many people in real majors take propaganda.
The Cypress Street Viaduct comes to mind.
In the comments section of the original article one will find the following abstract to a paper by the Dean of Purdue’s School of Engineering Education:
“Thermodynamics is a subject area in engineering that is deeply relevant as it deals with energy use in society. However, students often struggle to connect their experiences with energy course content traditionally based in theoretical discoveries from 19th century Western Europe. The work of French philosopher Michel Foucault is similar to thermodynamics in that its abstract poststructuralist theory strikes fear in the hearts of students, but can be made deeply relevant when its understanding is grounded in one’s experience”; abstract to “Power/Knowledge: Using Fourcault to promote critical understandings of content and pedagogy in Engineering Thermodynamics” by Dr. Donna Riley, Dean of Purdue’s School of Engineering Education
The errors, deceptions and diversions in just those three sentences of that abstract boggle one’s mind.
Students struggle with thermo NOT because they can’t connect it with their experiences, but because thermo is hard - and anybody who has taken a course in thermodynamics would know that.
Thermodynamics was not developed as a strictly theoretical proposition, but (as in most science) through an interplay of theory and experiment - heck, one could argue that the fundamental experimentation (which involved careful observation of processes as mundane as the heat generated when boring cannons) was more critical than the development of the mathematical theory related to it.
The fact that thermo was developed largely in 19th century Europe is totally and completely irrelevant - the Carnot cycle would describe a thermodynamic phenomenon equally well whether it was proposed by a Frenchman born in 1796 or a Korean born in 1896 or an Egyptian born in 1696.
The work of Foucault has practically nothing in common with thermodynamics - one would be hard-pressed to find to realms in academia more dissimilar: thermo provides a detailed understanding of a portion of physical reality with profound practical consequences; Foucault postulates a system of philosophical approaches best-described as a load of bull-pucky, which has mostly served the purpose of providing a pay check for poseurs like Riley.
One would hope post-structuralist theory WOULD strike fear in the hearts of undergrads; sadly what it does instead is provide an academic hiding place for students who have neither the intellectual ability nor the work ethic to handle stuff like thermo.
I could go on, but I don’t want to have to hit a booster dose of my blood pressure meds.
“For a successful technology, reality must take precedence over public relations, for Nature cannot be fooled.” —Richard Feynman, physicist
What about them? There were many peasants in China, Russia, and elsewhere who might have been engineers, but their cultures historically were too backward to have a need for more than a handful of engineers. Besides, peasants in semi-feudal or socialist societies have very few opportunities at anything, including eating regularly in many cases. As for the US, engineering wasn’t professionalized until the 20th Century. Before then, there were no PE certifications or education requirements. Edison, Ford, and the Wright Brothers just went off and did things on their own. Now, I know you are trolling the “women and minorities” whine...for nearly 50 years they have had more than equal opportunity in a professionalized engineering environment. They haven’t made much of it, if you assume, as you do, that interest in engineering and motivation, among other things, are equally distributed.
Actually the person was being very honest. Let them change the oil in your car.
If you told him why, you just did him a big favor, and helped him on the road to building his character.
So basically parents of high school students who are looking at colleges for Engineering degrees should run, not walk, away from any college with an Engineering Program named College of Engineering Education??
Sad commentary, but it is good to know what to stay away from!
Not until college administrators who think this crap needs to infest every area are gone.
I am a Chemical Engineer with real education, but from the 1960's, of course.
STEM multiculturalism bump for later....
Maybe this Dean should spend more time studying Léon Foucault, than Michael Foucault. One did a service for all humanity. The other is a living disservice to everything else.
Please do the world a favor and put a copy of the “WeChat” in the termination folder. You won’t have to worry about negative recommendations. Just copy the “WeChat” to all inquirers.
It certainly is true in Europe.
Graduated when calculations were still done with slide rule/pencil/paper. One has to LOVE the profession in order to make a living in it and survive.
That pollution hit Penn State about the time it joined the BIG 10. Students at PSU are not taught, they are indoctrinated!
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