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Elif Miskioğlu is an Associate Professor of Chemical Engineering at Bucknell University and a scholar of engineering education. She holds a B.S. in Chemical and Biological Engineering with a genetics minor from Iowa State University, along with an M.S. and Ph.D. in Chemical Engineering from The Ohio State University. At Bucknell, she has taught courses including separations, senior design, technical and professional communication, mass and energy balances, and thermodynamics.
Elif’s early technical research focused on bacterial biosensors capable of screening pesticides that target Anopheles gambiae, the mosquito species associated with malaria transmission. That work, combined with exposure to infectious disease and epidemiology, shaped her interest in the broader context surrounding engineering problems: who they affect, how solutions are used, and what engineers need to understand beyond the purely technical details.
Today, Elif’s scholarship centers on how engineers develop from novices into experts, with a special focus on engineering intuition. Her work explores how engineers learn to judge whether a solution is reasonable, predict outcomes, make decisions under uncertainty, and connect formal analysis with experience-based judgment. In 2025, she received a five-year, $650,000 NSF CAREER Award for her project “It’s Not Sorcery, It’s Skill,” which investigates how professional and personal experiences shape the way engineers use intuition in practice.
What makes Elif’s work especially relevant to practicing engineers is her commitment to bridging the gap between education theory and day-to-day engineering practice. She is not only studying how engineers think; she is working to help educators and industry leaders better cultivate the judgment, communication, and problem-solving habits that young engineers need to become effective professionals.
LINKS:
Elif Miskioğlu LinkedIn: https://www.linkedin.com/in/elif-miskio%C4%9Flu-649b7135/
Aaron Moncur, host
PDX 2026 is October 20-21 in Phoenix, AZ. Learn more and register at https://pdexpo.engineer/
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That was part of the early work that we pursued was to formalize a definition that we can use as, as scholars continuing to study what engineering intuition is.
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So the definition that we published a couple years ago is that engineering intuition is a problem-solving skill used by expert engineering practitioners, specifically it's subconsciously leveraging prior experience to assess a situation or a solution or predict possible outcomes or paths forward.
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Hello, and welcome to the Being an Engineer podcast.
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Today, we are grateful to have on our show Elif Miscioglu, who is an associate professor of chemical engineering at Bucknell University, where she teaches courses including senior design, technical communication, thermodynamics, and separations.
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Her research focus on engineering education, especially how engineers develop intuition, judgment, and expertise.
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Before shifting into education research, Elif worked on bacterial biosensors for pesticide screening related to malaria vector mosquitoes, we're gonna have to talk about what the heck that means, giving her a unique perspective on how engineering connects, uh, real-world problems.
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And in this episode in particular, we're gonna focus on the, the aspect of intuition and how engineers can develop and use intuition in their work.
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Elif, thank you so much for being on the show with me today.
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Thank you for having me, Aaron
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So what originally made you decide to become an engineer?
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I was actually interested in being a psychologist.
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I-- Well, I guess originally I wanted to be a teacher when I was real little, so we circled back to that as a professor.
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But in my teens, as I was starting to more seriously think about the f-future, I wanted to be a psychologist.
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I was gently nudged towards psychiatry for the medical school aspect of that.
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It was seen as maybe being a little more secure.
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honestly, a friend of my father's over dinner one day said, " If you're going to go to medical school, is a really good way to prepare yourself for that.
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It's very good… It looks really good on medical school applications.
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You like chemistry a lot.
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You're skilled at math.
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You should look at chemical engineering." And that set the course.
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I did, and it was something that the more I learned about, the more interested I got.
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The consumer relevancy of chemical engineering, the fact that it touches everything that we use on a daily basis, the potential for improving quality of life and access to resources for individuals was really appealing.
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Spoiler, I did not go to med school, and so it still… Though that one comment really set the course a, of a lot of things from
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Yeah.
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Well, well, we're grateful that we've been able to keep you here in the, the engineering discipline.
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All right, uh, the focus of our conversation, like I mentioned earlier, is going to be on, uh, engineering intuition.
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And, and I understand that you have a, a pretty good grant that you've been awarded to, to focus on this, which is really cool.
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Um, before we get there, I just, I have to ask you about this, this one sentence in your introduction, um, "Bacterial biosensors for pesticide screening related to malaria vector mosquitoes." Please tell us all about that.
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That sounds, uh, fascinating.
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Yeah, it was really fascinating.
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This was my early PhD work in particular, what we were trying to do was to make a genetically specific targeted pesticide that would only affect malaria vector mosquito, Anopheles gambiae.
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so something that would target a hormone pathway that other organisms didn't have.
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And when we say bacterial biosensor, what we're saying is a bacteria that we have genetically engineered to react differently to stimulants.
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And so we were using bacterial biosensors to screen possible hormones, essentially by making the bacteria act as if they were the mosquito and specifically a hormone receptor of the mosquito.
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So trying to relate it to, to humans, uh, we have, for example, thyroid hormone is a common human hormone.
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We have receptors that respond to that.
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We were trying to understand a similar thing with mosquitoes.
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It was really interesting.
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The science at the time around different hormone pathways in mosquitoes was not super advanced.
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It continues to evolve though, which is an exciting part of that field for sure.
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That, that is fascinating.
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Um, I, it's a little embarrassing because I actually have a master's degree in bioengineering, but ask me, you know, anything related to the body and chances are I will not be able to answer it.
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So everything you've said goes just right over my head, but the, the fact that you can manipulate the, uh, hormones and, and genetics in a way like that to target these s- specific malaria vectors is, I think, fascinating.
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And I mean, that was kind of why I, I, uh, went into the medical device area myself because I thought the body and anatomy and just life in general was, was fascinating.
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I've kind of been removed from that area a little bit, but that's okay.
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Um, so, uh, uh, uh, Elif, tell me a little bit about how you got into the, the field of, of studying, um, uh, how, uh, how we learn and, and what intuition is.
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Like, at, at what point did you realize that you were really interested in, in that area?
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I think there's a nugget of always being interested.
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I am the product of educators myself, and as I mentioned, I was really interested in becoming a, a psychologist earlier, so there was always this interest in understanding how people think that followed me in… I've been really lucky, very privileged that I've been able to follow my curiosity throughout my, my career in my undergraduate experience, my graduate experience, and now as a faculty.
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are really two things from my undergraduate experience, I think, that set the tone for this work though, and really stick with me as moments.
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th- one of them happened when I was Taking a course with students from another university, shout out to the University of Wisconsin, and it was a unit operations course that we were taking over the summer together.
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Unit operations is a core chemical engineering curricular course where we get first-hand experience with pilot plant size units, and we run them.
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It's our-- For many of us in, in chemical engineering, for many students, it's their first opportunity to really work with equipment in physical space.
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And that was true for me and my fellow Iowa State University students in this summer program.
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the students from the University of Wisconsin, they had a five-year program for their chemical engineering degree at the time.
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I don't know if that's still true.
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And they took other laboratory courses before coming into this course.
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And it was striking how different our ability to respond in the moment to the equipment was.
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I was very good and confident with running the data afterwards and doing the analysis and being able to point out data points that seemed like they were anomalies or being able to question the results from something that was outputting data.
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when it was actually in the moment, and particularly when something didn't function the way we expected it to in the equipment, that's when I noticed that myself the colleagues that shared my education, we were a little slower to respond.
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Uh, specifically, there was one instance where my lab partner and I had a tank that was gonna overflow.
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I can't remember what was in the tank.
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It must not have been too toxic'cause we weren't too panicked about it, but the other students in the room ran over and found some tubing, created a siphon we were standing.
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And I was very curious what it was in that moment we had very similar technical understandings of the processes on paper allowed them to respond and us to really just stare at the tank and think,"We have a problem. What, what do we do?" But not be able to move to action.
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That's one of two instances, as I mentioned.
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The second one came about in another class we were using a simulation software to model something, and the result just didn't make sense in physical space.
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A few of us in the class noticed this.
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We brought it up with the professor, and in a really discouraging moment for a student who's pursuing curiosity, we were told, "If the simulation lets you do it, it's fine." And
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Oh, no.
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Yeah, that hurt.
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It still hurts thinking about that.
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It
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Yeah
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very disillusioning, it was very disheartening, and it stuck with me because it left me the question of, but what happens in the real world?
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This thing can't be built, or if it is, it's gonna have serious problems with very big consequences.
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The software is letting me design it, though.
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It's not telling me, "Hold up. Not possible." It's allowing me to move forward, and only a few of us in the class at least noticeably questioned it.
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Maybe other people had the question and didn't bring it forward, but only a few of us spoke up, seemed to notice.
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that made me wonder again, why didn't we all notice?
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Why did some of us notice and some of us not, or some of us choose to speak and some of us not about this?
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And what does that mean when we're relying so much on software tools, on simulation tools support our engineering?
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If the tools are allowing us to do things that aren't possible, w- where does… where do we come in, and what skills do we need to make sure that we're using it properly, I guess is a better way to phrase that.
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Those are the two instances I think that really set the stage the series of questions that have blossomed into the work I pursue now.
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It, it's such an important topic because like you said, as the tools get so good, so easy to use, right?
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It can be deceiving if you don't have a fundamental understanding of what the answer should be or at least the ballpark in which that answer should appear.
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So the intuition is, is critical.
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Let's start with, um, I, I think most of the people listening to this probably have a general sense of what intuition means, but is, is there a formal definition for intuition that you use in your work?
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Yeah, there is actually.
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That was part of the early work that we pursued was to formalize a definition that we can use as, as scholars continuing to study what engineering intuition is.
00:12:58.443 --> 00:13:24.724
So the definition that we published a couple years ago is that engineering intuition is a problem-solving skill used by expert engineering practitioners, specifically it's subconsciously leveraging prior experience to assess a situation or a solution or predict possible outcomes or paths forward.
00:14:05.274 --> 00:14:07.034
Okay, I'm so excited to talk about this.
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This, this is a fascinating subject.
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Some of the words that you just used, uh, subconscious specifically, seem very unscientific, right?
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Like, how is that a rigorous engineering problem-solving tool?
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I, I'm, I'm playing devil's advocate, of course, here.
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appreciate that.
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I hear
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S- so, so, so let's get into that.
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Um, I, I heard… I can't remember where or who I heard this from, but years ago, I heard from what was allegedly a credible source that intuition should be trusted when the intuiter is, uh, using his or her expertise w- within a field that, uh, he or she works in, and should not be trusted if it's an environment in which the intuiter does not really have any real experience or, or, or expertise.
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Is that generally true, or are there m- major exceptions that kind of, uh, falsify that, that hypothesis?
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Generally true.
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OK
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in the literature and as we're discussing intuition in this context, is a critical part of it.
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What-- Part of what started this journey was when myself and my colleagues were looking into how expertise is developed and models of expertise development and skill acquisition, and we kept seeing intuition as a defining characteristic of the expert, but intuition itself was never defined.
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Experts were defined as having intuition, and intuition was defined as a characteristic of an expert.
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We really wanted to untangle that when we were pursuing our first line of work in this space, we've not so much untangled it, but further, would say, gone down the path of they do co-occur, and they are very tied.
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The, the comment that you shared is, is very important in that it really nicely captures the specificity of intuition.
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It really plays in the domains that we have expertise and knowledge in, and that's what differentiates it from guessing or something that is unscientific or unanalytical.
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It's that piece of experience and expertise that gives intuition the not always accuracy, the higher likelihood of accuracy, right?
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'Cause I don't wanna, I don't wanna say that intuition is always accurate.
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It's not.
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Just like our analyses are not always accurate.
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it is in our model that we developed supporting our definition lays out more deeply how it is deeply tied to the problem-solving that we've done in the past, number crunching that we've done in the past, all of those recognizable and Accepted, I'll say, engineering approaches to intuition, which does feel unscientific And the feeling behind that term is one of the things that I think that we've, we've also recognized is a reason people don't talk about it.
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Which not talking about intuition is inherently problematic because it's denying a reality of engineering practice.
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Every engineer we've spoken to says they do use it, but they don't wanna, they don't wanna talk about using it
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It's very difficult to quantify, right?
00:18:12.084 --> 00:18:17.694
And, and we engineers don't like talking about things we can't quantify or, or measure in some way.
00:18:18.084 --> 00:18:20.654
Um, okay, so a couple of questions come to mind.
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One is, how do we know if we are relying on good, sound intuition versus just guessing about something, even if it is within our area of expertise?
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And then the other question has just slipped my mind.
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It was a good one, though.
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Uh, let's, let's start with that one, and then I'll see if I can remember the second question I had, and we'll come back to that
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Yeah.
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I'm gonna, I'm gonna double down on that expertise piece.
00:18:45.173 --> 00:19:05.535
Expertise w- will… is the backbone of intuition and really does differentiate it from a guess The parameters might be different in a slightly new situation, but we're still relying on our expertise if it exists.
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simplified example is if I'm going to lunch with somebody I've never met, and I'm s- I sit down and someone tells me, "Order for that person." I've… I know nothing about them, let's say, and I might make a guess.
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I might be using some information about generally what people like to eat in the geographic location I'm at, or what the restaurant serves, and what's known to be good there.
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But I know nothing about the person themselves.
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Whereas if I am making that same order for somebody that I do know well, somebody that I'm very close to, someone whose food allergies and preferences I know, someone whose breakfast order versus lunch order versus dinner order maybe I have experience with, I can use my intuition.
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I can exercise better judgment there to look at the menu and say, "They'll probably like this one." And that's a simplification, of course, but contextual expertise is, is important.
00:20:21.245 --> 00:20:36.705
So in that case, in both cases, maybe I'm familiar with what the restaurant serves, maybe I'm familiar with the geographic location, I'm familiar with a lot of standards and norms, but I don't have expertise in that specific domain, the person I'm ordering for
00:20:37.266 --> 00:20:37.596
Yeah.
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versus the other.
00:20:39.106 --> 00:20:40.416
Yeah, that's a good example.
00:20:40.686 --> 00:20:44.807
Um, a couple of, of phrases are coming to mind as we're talking about this.
00:20:44.807 --> 00:20:47.286
One, I heard you use already, context.
00:20:47.326 --> 00:20:51.356
Context is, it seems like is, is critical as far as intuition goes.
00:20:51.656 --> 00:20:57.156
And then the other one is, uh, we haven't explicitly called it out, but pattern recognition.
00:20:57.516 --> 00:21:02.226
It almost seems like pattern recognition could be a synonym for intuition, right?
00:21:02.276 --> 00:21:07.416
Over, over years, an expert, like you said, solves problems, right?
00:21:07.506 --> 00:21:24.006
Sees numbers, has experiences, and it's like, it's almost like all of those experiences program, uh, his or her operating system so that subconsciously he, uh, he or she can, can, can, uh, get very good at, at pattern recognition.
00:21:24.057 --> 00:21:26.246
And, and we call that intuition.
00:21:26.596 --> 00:21:31.236
Is that an accurate way to talk about that, or am I missing something major here?
00:21:31.531 --> 00:21:36.291
Intuition in some spaces is conceptualized as pattern recognition.
00:21:36.351 --> 00:21:38.981
I would say that's one of the ways.
00:21:39.140 --> 00:21:39.590
Okay
00:21:39.721 --> 00:21:46.731
only way, and it's, it's really interesting to, to look at how different disciplines conceptualize intuition.
00:21:47.131 --> 00:22:55.151
So in, in the medical field, there is some discussion of scripts, is similar to pattern recognition, where you learn to look for cues and then a script starts subconsciously running in the provider's brain about what to do next, where to go, what to… And they explicitly call these scripts in, in that space.
00:22:55.421 --> 00:23:04.761
So pattern recognition is definitely a, piece of it and one, one way intuition is developed and exercised
00:23:05.704 --> 00:23:06.184
Okay.
00:23:06.414 --> 00:23:10.444
What are some of the other pillars of, of intuition?
00:23:10.444 --> 00:23:14.424
If pattern recognition is one, what are, what are some of the others?
00:23:17.337 --> 00:23:25.257
You see me pause because that's an ongoing question, but some of the others, one main other one I would say is metacognition.
00:23:25.287 --> 00:23:53.957
It's not one that we've had a chance to study deeply, there is a… To be able to exercise intuition well and effectively, there is ability, there is a necessity to know what you know and what you don't know, and when to use intuitive answer that may arise and when to recognize that what maybe you thought was intuition was a guess.
00:23:54.777 --> 00:24:00.117
so that's something that I would say is a, it's a strong pillar of it, metacognition and sorting intuition
00:24:01.034 --> 00:24:04.114
How, let's talk a little bit more about metacognition.
00:24:04.144 --> 00:24:05.464
How, how is that defined?
00:24:05.474 --> 00:24:06.594
That could be a big word.
00:24:06.713 --> 00:24:07.213
Yes
00:24:07.294 --> 00:24:09.654
does metacognition really mean?
00:24:10.105 --> 00:24:15.675
In short, it's the awareness of what you know versus what you don't know.
00:24:15.715 --> 00:24:27.245
It's, it's a… And so in this space, it's an awareness of the breadth and depth of your expertise and also the boundaries of your expertise when we're trying to bring it back to intuition
00:24:27.806 --> 00:24:28.196
Okay.
00:24:28.316 --> 00:24:28.726
Okay.
00:24:29.156 --> 00:24:34.286
Um, so if I'm an engineer listening to this, I, I've picked up a few things already.
00:24:34.546 --> 00:24:36.826
Uh, one is that context is very important.
00:24:37.056 --> 00:24:48.366
If I'm operating in an environment in which I'm an expert, then I, I can be more likely to trust my intuition, uh, than if I'm in an environment in which I'm not an expert.
00:24:48.806 --> 00:24:58.486
Uh, what, what are there, and if there are, what are some of the ways that engineers can intentionally go about developing this intuition?
00:24:58.516 --> 00:25:04.466
It… Does it really just come down to, like, time, or are, are there ways to shortcut this at all?
00:25:05.747 --> 00:25:07.887
We are hoping to find ways to shortcut it.
00:25:07.887 --> 00:25:11.207
That's part of the ongoing questions and the work that we're doing.
00:25:12.607 --> 00:25:28.907
There is definitely a time component, and it's really interesting 'cause a lot of different disciplines and fields have fallen into the same recognition of time before they consider somebody to have achieved the higher levels of expertise in their field.
00:25:29.557 --> 00:25:40.257
If we think about, for example, in medical school, going to, to medical school, but then you go to residency, and then if you're gonna specialize further, you do fellowship.
00:25:41.057 --> 00:25:51.607
just learned that to become a master cheesemaker in the state of Wisconsin, you first need to be a licensed cheesemaker for 10 years.
00:25:52.077 --> 00:26:06.457
And the number that we use in, in my work that is also in additional literature is six years minimum, 10 years kind of that higher, higher low end of when expertise is developed.
00:26:07.107 --> 00:26:12.227
And so past 10 years, we're, we're fairly confident that someone has expertise in the area.
00:26:13.157 --> 00:26:19.607
to 10 years, we're quite confident, but there might be some, some variance there.
00:26:20.107 --> 00:26:44.717
And it's really interesting that many disciplines have fallen in that same six to 10 of considering that's the amount of time we need for someone to be out there working in this thing and have enough under their belts to, to move forward to the next stage of, of whatever that profession So time is important.
00:26:44.727 --> 00:26:45.917
The experience is important.
00:26:45.927 --> 00:26:48.407
The doing is important.
00:26:49.127 --> 00:27:00.447
Actually being out, if it's in the field, running the experiments yourself, cal- doing the calculations yourself, actually having the tangible experiences with whatever the thing is you're trying to develop expertise in.
00:27:01.287 --> 00:27:21.737
We do believe and we do hope that there are ways to support it because we wanna make this skill more accessible, more easily developed, support people when they are reacting to new contacts or new demand for expertise.
00:27:21.737 --> 00:27:36.037
We live in a world where we are constantly shifting in what the needs of our society are, and there are new fields of expertise that are popping up regularly that is, is happening at a faster and faster rate.
00:27:36.057 --> 00:27:42.067
So being able to build a workforce that can adapt to that, all those things are, are reasons we're pursuing this work.
00:27:42.417 --> 00:28:05.385
To actually go back to answer the question, having those experiences, having a space to fail, to get it wrong, hopefully without Any truly devastating consequences, 'cause in engineering there can be, of course.
00:28:06.065 --> 00:28:13.175
To learn from that and to try again, that's also really important.
00:28:13.185 --> 00:28:20.415
We've seen… And most, most people recognize, most people resonate with learning from failure.
00:28:20.475 --> 00:28:25.395
Learning from failure with us more deeply than learning from success.
00:28:25.445 --> 00:28:30.865
We remember shots we missed, the questions we got wrong more deeply than the ones that we got right.
00:28:31.475 --> 00:28:59.725
And we have seen that in environments where people have support and they're given space to try and given space to be wrong, but also supported in a way that they know nothing catastrophic is really gonna happen, see how the consequences of they're doing plays out.
00:28:59.805 --> 00:29:09.055
That's a good space for building for building understanding the context you're trying to develop
00:29:09.268 --> 00:29:24.908
I'm an engineer who works in a place where there is robust psychological safety, I am more likely to develop intuition quicker than if the environment is toxic and I feel psychologically unsafe there
00:29:25.985 --> 00:29:34.605
I don't have the full evidence to support that yet, but I would venture from what I do know and what I've seen in my research that that is true, yeah.
00:29:34.605 --> 00:29:34.975
And that's
00:29:35.260 --> 00:29:35.710
OK
00:29:35.785 --> 00:29:39.865
to more I'm sp- I'm speaking like, like a scholar, right?
00:29:39.905 --> 00:29:42.335
I need my, my claim and then my citation evidence.
00:29:42.345 --> 00:29:50.225
So that is a claim that I am, I'm working on getting the full support for, but yes, we have reasons to believe that that is true
00:29:50.910 --> 00:29:51.370
Got it.
00:29:51.410 --> 00:29:52.030
Interesting.
00:29:52.360 --> 00:29:56.340
Um, I'm also thinking about this in the context of, of hiring, right?
00:29:56.340 --> 00:30:12.170
If I'm an engineering manager, you mentioned that six to 10 year kind of sweet spot, and, uh, maybe I don't have unlimited funds to, to make my next hire, but I need to hire someone who can hit the ground running and, and maybe even lead some other even younger engineers.
00:30:12.450 --> 00:30:33.810
It sounds like that, like roughly six-ish year, uh, number of, of years of experience is a pretty good place to start because they'll, they'll have enough intuition to make good engineering judgment, but they're not gonna be so senior that, you know, they're commanding top dollar at that point, uh, to be hired.
00:30:33.860 --> 00:30:39.140
So that, that's an interesting point for, uh, engineering leaders who are in hiring positions.
00:30:39.581 --> 00:30:57.431
If they're a good domain match is the caveat there, because if they are not a good domain match, then you might be running across issues, 'cause that six to 10 years won't hold in the same way.
00:30:57.674 --> 00:30:58.974
Right, right
00:30:59.251 --> 00:31:05.501
the risk of thinking they're a good domain match, individuals who think they're a good domain match because their metacognition isn't quite
00:31:05.896 --> 00:31:06.416
Hmm.
00:31:06.841 --> 00:31:07.671
as developed.
00:31:07.741 --> 00:31:14.399
And then Not being able to move into that role as seamlessly as predicted
00:31:15.456 --> 00:31:32.880
So if, if I don't have good metacognition and I, I'm not really aware of what I do and don't know, I might just run the risk of assuming I know a lot more than I do and trusting my, my gut and just being wrong more often than I'm right.
00:31:33.580 --> 00:31:44.780
What is a way that an engineer that maybe doesn't know how good his or her metacognition is, uh, how, how can we answer that for ourselves?
00:31:44.790 --> 00:31:51.190
How can we determine if, yes, um, uh, I, I, I, I do have the right level of experience?
00:31:51.420 --> 00:31:59.390
Does it come down to just asking others who have a lot more experience than you and saying, "Rate me," in some way?
00:32:00.881 --> 00:32:14.481
If we're in a supportive, that, that workplace that has psychological safety, hopefully there is a mentor, a coach, a champion who individuals can have that conversation with, 'cause it can be really difficult.
00:32:14.501 --> 00:32:25.681
If that is not something that educational program has prepared you to assess on your own you get into the workforce, that can be very challenging.
00:32:25.761 --> 00:32:39.851
And different people react Some people, their metacognition leads them to underrate themselves, to, to undersell themselves, while others to over.
00:32:40.741 --> 00:32:53.891
we can have that lack of metacognition play in, in two ways: people who are under-confident when they should be more confident, and those who are over-confident as, as well.
00:32:54.271 --> 00:33:12.331
So the ideal would be a, a trusted mentor, a coach, someone in that space who does have, have more experience and can be a sounding board and help assess whether we're on the right track, where we… It's, there's an element of, like, a performance review to it, right?
00:33:12.331 --> 00:33:35.111
If we are in a, in ex- a psychologically safe space where we have a, hopefully, supportive manager who's having an honest conversation on areas of improvement with us, a performance review can serve as a space, for example, where we get a chance to check our own metacognition as well, if the review aligns with what we of how we're doing
00:33:36.988 --> 00:33:39.698
Got a question that's gonna sound odd at face value maybe.
00:33:39.758 --> 00:33:41.628
I'm, I'm curious if you've heard about this.
00:33:41.628 --> 00:33:48.488
You probably have because you're-- been researching it, it in the space, but, uh, are you familiar with… And this might be, like, super old.
00:33:48.488 --> 00:33:58.958
There's probably technology at this point that does this, but from what I've heard, maybe it's apocryphal, but I think it's true, there was a time when, uh, there was a thing called sexing chickens.
00:33:59.318 --> 00:34:00.258
Have you heard about this?
00:34:00.480 --> 00:34:00.760
угу
00:34:01.088 --> 00:34:01.448
Yeah?
00:34:01.488 --> 00:34:01.888
Okay.
00:34:02.488 --> 00:34:05.288
And it would require intuition, right?
00:34:05.598 --> 00:34:15.469
Like apparently, I don't know, I've never worked on a farm, but apparently ch- uh, male and female chickens can look very, very similar, and it can be difficult to tell them apart.
00:34:15.958 --> 00:34:23.469
And so, uh, I don't even know what industry it was in, but anyway, there was a need to, to figure out is this a, a male or a female chicken.
00:34:23.469 --> 00:34:56.998
And so they'd have people who, who just, like, looked at pictures over and over, over and over, and after a certain point of time, they became, uh, apparently experts in this area and, and they could just tell by intuition if-- they couldn't consciously articulate why they knew, but they, they would be able to say, "Okay, that's female, that's male, that's male, that's male, that's female." Um, uh, uh, how, uh… I- is it the same, um, uh, neurological pathway that, that is, that's built over time that leads to that kind of intuition as the engineering intuition that we're talking about?
00:35:00.855 --> 00:35:24.065
Neurological pathways are complex, and I'm gonna start by saying I'm, I'm not a neuroscientist, but I was actually having a really interesting discussion with someone is serving as, as an educational psychologist and, and supporting our work, and they were actually asking us about whether two different things we were talking about were the same cognitive pathway or not.
00:35:24.885 --> 00:35:49.589
And there are so many pathways, so what I would say is one of the, the… In a similar way to that pattern recognition that we were discussing earlier, there's a I don't know why, I just, when you s- when you started talking about the chickens, I thought about watermelon and people who can pick up a watermelon and say, "Yeah, this is a good one."
00:35:50.204 --> 00:35:52.384
Probably your, your intuition is what it was.
00:35:54.369 --> 00:36:01.509
and, and so it's… You know, they always say the h- the watermelon should be heavy for its size, and it should have this type of spot on it.
00:36:01.519 --> 00:36:03.849
But what does it mean to be heavy for its size?
00:36:04.609 --> 00:36:12.399
I mean, the, the size of something in, in three dimensions doesn't correlate to its weight.
00:36:12.439 --> 00:36:15.109
I don't know the dens- the average density of a watermelon.
00:36:15.616 --> 00:36:16.006
Ja
00:36:16.139 --> 00:36:18.899
and so it's… I would say it's a similar thing, though.
00:36:18.899 --> 00:36:38.769
There are people who, because they really, they work with a lot of watermelon, they, they know what it means to be heavy for its size, and so they can pick up a watermelon and say, "Yeah, is a good one," versus who are just hoping when they pick up the watermelon.
00:36:38.769 --> 00:36:40.399
And there's nothing disappointing like a,
00:36:41.494 --> 00:36:43.144
Like a bad watermelon, yeah.
00:36:44.634 --> 00:36:46.764
Okay, so, um, pro tips.
00:36:46.804 --> 00:36:49.234
How do engineers use intuition?
00:36:49.244 --> 00:36:58.884
Do, do you have any, uh, any piece of, pieces of advice that engineers can start using in their work right away to, to leverage intuition?
00:37:02.745 --> 00:37:12.065
That's a con- I would say that's gonna depend on the context,'cause there are some people who I would say maybe hold off, stop, pause, and don't, maybe don't use your intuition yet.
00:37:12.672 --> 00:37:16.032
Those who are sub six years in some specific domain.
00:37:16.145 --> 00:37:16.915
Yeah, so
00:37:17.082 --> 00:37:17.322
Yeah
00:37:17.545 --> 00:37:38.091
if we are in that domain, I think something that I would encourage engineers to do is to take a moment as they're moving through,'cause they are using intuition.
00:37:38.581 --> 00:37:41.591
It's something that in our research has come up time and time again.
00:37:41.591 --> 00:37:42.601
They're, they're using it.
00:37:43.461 --> 00:37:57.453
And to bring a conscious moment to that, which sounds maybe Counterproductive since intuition is, is subconscious.
00:37:58.523 --> 00:38:23.833
I think the more we can recognize that we're using it and bring a legitimacy to its existence and its use in the engineering space, I think the more open we can discuss it and the more we can have productive conversations around how do we use it, how do we build it, how do we transfer it when we're moving from one domain to another?
00:38:23.843 --> 00:38:25.313
Is it transferable at all?
00:38:26.083 --> 00:38:39.443
And so that's the, the one thing that I would say is asking engineers to take a pause and to try to recognize when they are using it, and use that feedback of, of when you are.
00:38:39.463 --> 00:38:40.033
Did it go well?
00:38:40.033 --> 00:38:40.993
Did it not go well?
00:38:41.323 --> 00:38:43.813
Was I actually in my domain expertise area?
00:38:43.843 --> 00:38:45.553
Was I outside of it?
00:38:47.148 --> 00:38:50.058
Okay, a couple of thoughts just came to me while you were speaking.
00:38:50.068 --> 00:39:01.568
One is, um, I wonder if you have ever studied the effect that meditation has on intuition because you're talking about, uh, metacognition, right?
00:39:01.618 --> 00:39:03.509
Understanding what you know, what you don't know.
00:39:03.738 --> 00:39:06.268
Meditation is basically thinking about your thinking.
00:39:06.498 --> 00:39:12.198
So it, it seems like there's some kind of connection or correlation there.
00:39:12.528 --> 00:39:17.368
And then, um, the other thing… Darn, I'm having a hard time keeping track of my, my second thoughts today.
00:39:17.838 --> 00:39:19.158
Um, let's see.
00:39:19.158 --> 00:39:23.518
There was, uh, meditation and… Darn.
00:39:24.858 --> 00:39:25.768
It'll come back to me.
00:39:26.009 --> 00:39:35.838
I'm gonna have to, to remember the second thought I wanted to ask you about, but it was, it was something to do with, um, implementing meditation maybe.
00:39:36.188 --> 00:39:36.628
I don't know.
00:39:36.798 --> 00:39:42.388
I'm, I'm gonna guess based on your reaction that that is not an area that your team has researched yet
00:39:42.585 --> 00:39:56.055
No, but it, I wrote it down 'cause I, I make my students sometimes do a brief meditation in class when they are a little unfocused and, and just, and not with me.
00:39:56.135 --> 00:40:17.835
And I don't know what's out there about meditation and wheth- med- there, there's a good chance there is some research about meditation and metacognition, and there is increasing public awareness of meditation and its support of our focus and our energy.
00:40:18.645 --> 00:40:21.525
so those things could definitely play together.
00:40:21.625 --> 00:40:32.745
And, and so, yeah, you saw me write it down and a little bit 'cause I was just thinking about when my students are groaning at me because I'm making them for a minute.
00:40:33.792 --> 00:40:36.992
You're just helping them accelerate development of their intuition.
00:40:37.123 --> 00:40:37.643
I'm trying.
00:40:37.783 --> 00:40:38.663
I'm trying, yes.
00:40:39.222 --> 00:40:41.122
I-- Okay, I did remember the second thing.
00:40:41.122 --> 00:40:57.332
So, uh, a friend of mine, Jake, said to me once, he said, uh, in fact, it may have been on the podcast, he said, "We don't grow by experience. We grow based on reflecting on our experience," which also seems kind of like meditation-esque.
00:40:57.642 --> 00:41:03.902
Um, i-is that per-perhaps a way to accelerate the development of our intuition?
00:41:03.913 --> 00:41:20.732
Not just going through the experience, but at the end of the day, reflecting on what worked, what didn't work, and I wonder if that, like, consolidates or, uh, a-accelerates the development of tho-those cognitive pathways that you were talking about.
00:41:21.177 --> 00:41:21.577
Yeah.
00:41:21.577 --> 00:41:54.747
So going back to what I was saying earlier, that I would, I would encourage engineers and to, when they're using their intuition, to try to take a moment to recognize they're using it, and then to think about, to assess what is happening from that point, how it went, what they learned, and that really is reflection And what I think that does is elevates what is happening often subconsciously to the conscious realm and sure that it's happening.
00:41:55.038 --> 00:42:03.177
'Cause those connections that we're building maybe in our sleep, that we're building, uh, in the background, sometimes they're happening, sometimes they're not happening.
00:42:03.187 --> 00:42:13.477
But if we're able to consciously do that reflection piece, then we can better guarantee that piece of information is filed where we want it to be,
00:42:14.048 --> 00:42:14.388
Yeah
00:42:14.617 --> 00:42:22.367
to maybe it enters the file, maybe the storage space seems to be too full and our brain lets it go that day, right?
00:42:23.528 --> 00:42:36.858
I, I've been doing, uh, Brazilian jujitsu for a number of years and, and I've, I've learned that if after a class I can take five minutes to just think about, all right, what did I learn today?
00:42:37.098 --> 00:42:38.938
What, what felt natural?
00:42:38.938 --> 00:42:41.198
What worked for, for me, my anatomy?
00:42:41.488 --> 00:42:46.198
Maybe it didn't work for everyone else's anatomy, but it, it worked for mine, and, and what didn't?
00:42:46.598 --> 00:42:59.138
Uh, it, it feels like my rate of improvement increases, and that might be another way of saying it, uh, my, my intuition, my, my jujitsu intuition increases.
00:42:59.148 --> 00:43:01.488
So all of this stuff kind of ties together, right?
00:43:01.488 --> 00:43:05.398
It, it's, it's not specific to engineering necessarily or sexing chickens.
00:43:05.548 --> 00:43:07.978
It's, it's just life in general.
00:43:07.978 --> 00:43:16.998
This is, uh, a, a way to develop that intuition is reflecting and, and meditation and, you know, all these things that people talk about and have for millennia, I guess
00:43:17.259 --> 00:43:17.809
Absolutely.
00:43:17.819 --> 00:43:21.189
Intuition is gonna exist in any space that you can have expertise in.
00:43:21.189 --> 00:43:32.775
And so that's not just engineering, that's also jujitsu, that's also Anything that you're, you're doing in your, your life,
00:43:33.056 --> 00:43:33.416
Yeah.
00:43:33.485 --> 00:43:33.695
friend
00:43:33.846 --> 00:43:34.746
Music, art
00:43:34.905 --> 00:43:35.375
maker.
00:43:35.385 --> 00:43:40.255
They can… need something organized into a binder, like, they got you.
00:43:40.545 --> 00:43:43.065
They don't need to know anything about it, but they will make a great binder.
00:43:45.025 --> 00:44:07.935
and so it's definitely piece of it, and that I think the challenge, especially now, is we as a society, everyone feels very time scarce, and there's always something to also fill the time.
00:44:08.505 --> 00:44:34.826
So what we might have had as natural breaks and pauses where maybe years ago my students walking out of class would be talking about the class or walking to their next class thinking about the class, now a good number of them might be on their phone looking at something their way to their next class and not taking that moment of reflection.
00:44:34.835 --> 00:44:38.326
That's kind of what I was thinking, as you mentioned jujitsu.
00:44:38.385 --> 00:45:04.885
Uh, I'm a, I'm a former dancer and, yeah, sitting after dance class with my fellow dancers and talking about what we did well that day, what we really struggled with that day, who nailed a fouetté turn what they did differently that week, uh, was always a really productive conversation both for community building and for each of our skill development.
00:45:05.585 --> 00:45:23.165
And it's something that I… gone a bit on a tangent here, but I do in general feel a fear that we, we, we've lost moments of reflection that might have more natural because of boredom maybe in the past.
00:45:23.235 --> 00:45:23.795
Uh-
00:45:24.478 --> 00:45:24.858
Yeah.
00:45:25.509 --> 00:45:25.878
Yeah.
00:45:25.908 --> 00:45:38.588
Um, uh, we have a team member who, uh, went on vacation, I don't know, earlier this year or something, and he came back and told the rest of the team that he was so excited to sit and do nothing.
00:45:39.088 --> 00:45:44.078
And he had family members who would come up to him and be like, "Jason, are you okay?
00:45:44.868 --> 00:45:45.818
Do we need to talk?
00:45:45.898 --> 00:45:53.428
Is everything all right?" And he-- Because he would just be staring out the window, like, for, for hours, just sitting there doing nothing, staring, you know?
00:45:53.497 --> 00:45:53.997
Yeah
00:45:54.098 --> 00:46:26.878
was such a foreign thought to others that this could be enjoyable somehow that, you know, people are like, "Are you okay? Do we need to talk?" Uh, and, and I've noticed… I'm no, uh, meditation guru by any means, but I, I try to practice, uh, as often as I can, and I definitely know that, um, uh, not right away for sure, but, but after ten or twenty minutes, when my mind finally starts to calm down a little bit, there will be just interesting thoughts that just come.
00:46:27.098 --> 00:46:29.318
And this is a tangent, I think, to the intuition.
00:46:29.318 --> 00:46:38.998
But since we're talking about boredom and, and getting out of boredom, um, yeah, putting yourself in that state intentionally, just call it being bored, call it meditating, whatever you wanna do.
00:46:39.228 --> 00:46:45.738
But quieting your mind to the point where some of those subconscious thoughts can just start bubbling up to the surface, right?
00:46:45.738 --> 00:46:53.098
And, and some of those thoughts are really interesting and, and useful and never would have surfaced had you not taken the time to let them
00:46:53.763 --> 00:47:08.253
And it's interesting that you said, you know, after 10 minutes or more because it does… I only recently learned that you really need to, to do deep breathing exercises, for example, for at least three, preferably five minutes for your body to register the effect.
00:47:08.636 --> 00:47:09.256
Hmm.
00:47:09.773 --> 00:47:15.563
when someone says, for a minute," colloquially, I'm an engineer, I take that literally.
00:47:15.563 --> 00:47:17.103
One minute, 60 seconds, okay.
00:47:18.053 --> 00:47:23.713
But it turns out that it's actually, we maybe need to say breathe for three to five instead of breathe for a minute.
00:47:24.320 --> 00:47:25.000
Fascinating
00:47:25.743 --> 00:47:52.071
it's those, those moments of Reflection, those moments of, of space, cognitive rest, of not having stimulation, do think are important for our, our processing our continued development and growth.
00:47:52.151 --> 00:47:53.811
We need, we need rest.
00:47:53.811 --> 00:48:04.531
We need rest in all of its forms, including from vast forms of stimulation that we have in, in the modern world, from the sound, from the sight
00:48:05.120 --> 00:48:05.410
Yeah.
00:48:06.300 --> 00:48:06.560
Yeah.
00:48:06.770 --> 00:48:18.790
You know, if you talk to someone about, uh, running a marathon, for example, and say, "If you just run flat out for what- what- as long as you can, there's gonna come a point at which you become fatigued, exhausted, and just fall over," right?
00:48:19.100 --> 00:48:27.540
No one's gonna argue with that, but we seem to have trouble believing the same thing is true from a, a mental, psychological standpoint, right?
00:48:27.860 --> 00:48:37.320
If you just flat out, you know, think and engage in, um, mental activity without break, you're, you're, you're gonna, you're gonna fatigue.
00:48:37.370 --> 00:48:39.370
You're gonna have a, a breakdown perhaps
00:48:39.507 --> 00:48:40.197
Mm-hmm.
00:48:40.437 --> 00:48:48.807
And I was, I was just about to say, we have examples of that fatigue and it manifesting in, in public spaces.
00:48:48.807 --> 00:48:52.167
Many people have those, have personal connections to, to individuals who- Sure
00:48:52.608 --> 00:48:52.948
Yeah
00:48:53.307 --> 00:49:05.267
that, but yet it's not enough, uh, yet for, it seems like, widespread change 'cause it's convenient, it's addictive, it's entertaining, it's
00:49:05.736 --> 00:49:07.386
And, and we're a hustle society.
00:49:07.427 --> 00:49:08.597
We are a hustle society.
00:49:08.916 --> 00:49:09.326
Yeah.
00:49:09.596 --> 00:49:10.956
Pros and cons to that.
00:49:10.956 --> 00:49:11.676
Pros and cons.
00:49:11.676 --> 00:49:12.067
All right.
00:49:12.192 --> 00:49:12.821
To everything
00:49:13.547 --> 00:49:14.336
So let's see.
00:49:14.356 --> 00:49:16.666
Key takeaways from our discussion.
00:49:16.706 --> 00:49:21.116
Intuition, very valuable, can be considered an engineering tool.
00:49:21.636 --> 00:49:24.826
It's going to take time, no matter how you skin it.
00:49:25.246 --> 00:49:33.306
Um, a few ways to potentially accelerate that development is get a mentor and, and seek feedback.
00:49:33.317 --> 00:49:38.096
Am I at the point yet where I can safely rely on my intuition?
00:49:38.476 --> 00:49:47.856
Uh, perhaps some f- some form of practice, whatever you wanna call it, whether it's meditation or reflection or, or something else can, can perhaps accelerate it as well.
00:49:47.996 --> 00:49:53.496
What else, uh, would you add to that as far as just, uh, high-level takeaways from this discussion?
00:49:54.051 --> 00:50:05.301
I think I'll, I'll reemphasize the importance of metacognition and, and also bring up something that just we haven't talked about that's important, and that's flip side to that.
00:50:06.031 --> 00:50:24.571
Intuition as a characteristic of expertise is also… It also shares some of the potential pitfalls of expertise, and one of them is something called cognitive entrenchment, where are so sure of the next thing.
00:50:24.571 --> 00:50:39.051
You are so sure, because this is your area, that you don't notice maybe an anomaly in the current situation, and you move down a path without questioning it in the ways that we have and we should.
00:50:40.841 --> 00:51:15.751
this is something that is a reason in engineering to have teams that have different areas of expertise and different levels of experience because we want to always make sure that someone is asking important questions, that also there is someone with enough experience to move forward quickly or to notice when something is not right, when something, uh, some participants have called it, like, doesn't pass the smell test and, and might present a problem, right?
00:51:15.751 --> 00:51:19.491
We, we want all of those things coming into play.
00:51:19.541 --> 00:51:34.111
Without intuition working for us at the expert level, a lot of engineers have admitted we would have a hard time getting things done because there simply aren't enough hours in the day.
00:51:34.961 --> 00:51:49.750
But we wanna make sure also that we have diverse teams that are Questioning and engaging together to make sure that what we do is the best
00:51:50.208 --> 00:51:50.528
Yeah.
00:51:50.698 --> 00:51:51.128
Right.
00:51:52.378 --> 00:51:52.948
Excellent.
00:51:53.828 --> 00:51:58.068
Okay, Ayla, thank you so much for sharing your precious time with us today.
00:51:58.458 --> 00:52:00.788
Um, is there anyone that you're trying to meet?
00:52:00.798 --> 00:52:03.278
There are a lot of engineers listening to this right now.
00:52:03.748 --> 00:52:09.808
Uh, who, who would you like to meet or, or what, what can the audience potentially do for you?
00:52:10.497 --> 00:52:15.788
We are always looking for more engineers to speak with in our research.
00:52:16.277 --> 00:52:29.717
And so if anyone listening knows an engineer with six or more years of experience in industry in any discipline, I would l- love to connect and to be connected.
00:52:29.727 --> 00:52:35.977
We are always looking for more people to learn from and learn about
00:52:37.760 --> 00:52:38.570
Fantastic.
00:52:38.600 --> 00:52:40.160
And how can they get in touch with you?
00:52:40.727 --> 00:52:42.487
Email is probably the easiest.
00:52:42.767 --> 00:52:55.327
Uh, my email address is eem, echo echo mary014@bucknell, B-U-C-K-N-E-L-L.edu
00:52:56.074 --> 00:52:56.754
Wonderful.
00:52:57.254 --> 00:53:09.625
All right, so all you six-year plus engineers out there, if you'd like to contribute to this noble area of science, please reach out to Elif, and hopefully you can all work together for the betterment of our entire community.
00:53:10.367 --> 00:53:10.767
Thank you
00:53:11.424 --> 00:53:11.855
All right.
00:53:12.024 --> 00:53:14.484
Elif, thank you again for being on the show.
00:53:14.484 --> 00:53:17.584
Is there anything else that you want to go over before we sign off?
00:53:19.875 --> 00:53:22.925
Academics, we can talk for a long time, so I'll, I'll leave it at that.
00:53:24.510 --> 00:53:25.180
All right, great.
00:53:25.180 --> 00:53:25.760
Well, thanks again
00:53:26.645 --> 00:53:27.065
Thank you