Ursula Burns12:18
Yeah, I think more engineers should be CEOs, by the way, and we would have probably more — yeah, more logical thought. I became an engineer. How did I become an engineer? Because I was good at math. That's literally the entire association. I went to an all-girl Catholic high school here, Cathedral High School on 56th Street and First. And I went to parochial grade school. We were poor and the school was okay. Cathedral turned out to be great, but it was very narrow. My classes were belief in Jesus. I had a class called marriage. I did not have a class called calculus. But I didn't need calculus. I had a class called belief in Jesus and marriage because it was not about only what they taught us; the way that they taught us was to learn how to study and read, to learn how to write, to just learn how to articulate, debate. So it was a great place. And I took the normal things that you take. You go to a guidance counselor, which were all nuns, and they said, 'Three choices you have here. You could become a nun, you could become a — I know this is not a lie — a nun, a teacher, or a nurse.' Those were the options. This was 1970. Nun was absolutely off the table. I had flown all of the pre-nun courses; I definitely didn't do that. Nurse was not on the table either, even though I kind of liked the idea of medicine and being a doctor. And teaching was an option. It was an option. I said, 'This is a place I could probably go.' And I looked in the Barron's book, and they told me what a teacher made every year. And I said there's no way I could do that. I mean, literally, my family — my mother was poor as hell. And the number one thing I was going to do was get her out of where she was, and I wouldn't be able to do that being a teacher. So in that same book was the number one highest paying degree after four years of college: civil engineering, and also chemical engineering. So I said, 'I'm going to be a chemical engineer, period, end of discussion.' Had no clue what the hell a chemical engineer did, what you had to study to become one. Sounded really great. I looked at all the schools that do chemical engineering, and I went back to my high school and said, 'Okay, I'm going to become a chemical engineer, and here are the schools that I'm going to apply to.' It was the most competitive schools. You know how the Barron's book lays it out? Those were the eight I was going to apply. I actually applied to 11. Most of them — I actually ended up getting into all but two — all on this one program called the Higher Education Opportunity Program, which means that you had potential but you hadn't taken any of the precursor classes, so they stuff you in these things over the summer to catch you up. Anyway, long story short, I didn't like chemical engineering. I loved mechanics and mechanical engineering. Became a mechanical engineer, studied mechanical engineering, and literally loved it. I actually liked what I studied and wanted to do it, to actually practice it. And I went to Xerox. I worked at other places in the summers before that last summer. I worked at Xerox. They told me to get my master's degree. I got my master's degree at Columbia, going to work for them. And for the first six or seven years, I was an engineer in the lab, working on very specific problems. Loved it, it was great. But it was really my husband who told me it was kind of like only one portion of the company, and I knew nothing about the company. I had absolutely no idea what the heck we were doing out there, who we were selling to, how we made money, who the leadership of the company was. That was during a time when you couldn't Google who the CEO was. You had to go to an annual report and look up the leadership team. There's no way to really tell them. We didn't have computers. It was just a strange, different time. It was the last century. Literally the last century. Not quite that school was around then, yeah, right up the street. And then we graduated at St. Patrick's Cathedral. So in looking at that, would talk to us even though we're in New York, it's a financial capital, but the whole idea of manufacturing America — you're at the intersection of technology, tech company, manufacturing company. And I did it in the right order, I think. I actually found something I really loved by accident, however I got there. Did it for a while. So I understood what it takes to do it. So I knew a lot about the inner workings of the company. Didn't have any thought about running the place or even understood that kind of a structure. And stayed in that world for four or five years and then got plucked out, primarily because I was vocal about things. About the way things were not — like how our labs were organized or staffed, for example, how few women we had, how few black people we had. This is well before — this is when we still call things affirmative action. We didn't call it diversity, equity, inclusion; we called it affirmative action. So I was fairly outspoken in these areas, and that different ability to speak out got me on the radar of some executives at Xerox. I had no clue who they were, and they were black white guys and they were all from the Midwest. So I was dedicated to stay in engineering because I was really good at it, and I had kind of made my name, and I liked it a lot. And this one guy pulled me and said, 'You should learn more about the company.' My husband said that too, but he wasn't my husband. I was flirting with him, so you know, didn't take any of his advice; I just kind of was flirting with him. This other guy — you don't do that anymore, you don't flirt anymore. Well, that was co-employees. Thank God I lived back then. I don't think I went through that back then. Anyway, he told me to come up and kind of talk to him. We got into a big argument in a big meeting. He asked a question — somebody asked a question about why we're hiring all these women and these black people. Literally, that was the question: 'Why are we hiring all these women and black people?' Because he thinks it's lowering the standard of the company, this individual, in this very large meeting. And the person who answered the question was a guy named Waylon Hicks. And Waylon answered it really nicely. And then I raised my hand. It's really interesting, I learned early: if you're the only black person or black woman in the room and you raise your hand, guess what? They generally call on you. All you have to do is raise your hand. And it's really interesting that you can see who you are because you don't look like everybody else. Raise my hand, Waylon called on me, and I said, 'You know, I am absolutely insulted that you answered this question.' And I really lit into him without thinking too much about what I was doing. And he answered my question respectfully and then said, 'I'd like you to come and see me.' Literally, not in front of a thousand people, 'I'd like you to come and see me next week.' And my husband — who wasn't my husband — said, 'The worst that can happen is you're gonna have to find a new job. So there's this.' The great news was that this guy took an interest in me, and he said, 'You did the right thing, but you said it the wrong way. And you're gonna have to learn, as you go through your career, how to say things in a way that people listen to you.' That was another lesson that was amazing because you don't want people to put up defenses — not on the content. The content is what you want the focus to be on. So being an engineer was really interesting because most of the people became — they were marketing guys or finance guys, a lot of legal guys running the company. And when you walk into a room and you don't actually know anything about the law and you're not that interested in the finances, but you're interested in the way the company works or what they make to make money, you come with a completely different point of view. And it was always fun and interesting. Still to this day, there are very few engineers who run companies. There should be more. Noted.