Women and careers in science

I attended a seminar entitled ’Young Women and Science’ this past Monday afternoon at the Science Library at the University of Oslo that began with an excellent lecture about the topic by a woman named Ellen K. Henriksen who is an associate professor of physics at the University of Oslo. Her talk was followed by an hour-long panel debate about the topic that was very interesting and that touched on a number of issues that could explain why young women are not choosing to pursue science studies or careers in science generally. Dr. Henriksen focused on several research studies that have shown that there are two areas that preoccupy women when it comes to choosing to pursue science studies. The first is that many of them feel that they simply are not smart enough to pursue a career in science—that they will not be good at it or master what they need to master, and the second has to do with the fact that many women want their careers to be meaningful—to feel that they are helping others in society by their work. Many of them thus move away from pursuing the harder sciences like mathematics, chemistry and physics that often lead to academic careers, into medicine and health-related studies. The panel debate focused quite a bit on the importance of smart and enthusiastic teachers in helping to get students hooked on math and science. The lack of such teachers in grade school and high school was held up as a contributing factor for why students (girls and boys) simply don’t choose science these days. The other aspect that was brought up was the lack of role models for women in science. Some of the women scientists in the audience meant that there were no role models, or only one or two when they were younger and wondering what path to take, but that they chose to pursue a career in science despite this lack, but that for many women, the prospect of working in a male-dominated profession for the rest of their working lives was simply not attractive from a professional standpoint. The men on the panel, both in their sixties, also bemoaned the lack of women in their fields and meant that it was important to have a gender balance if it could be achieved. The debate created more questions than it answered, as always with a good debate; it was interesting to listen to and to think about afterwards.

I was lucky to have had two very smart female teachers in high school, one of whom taught math (geometry and trigonometry) and the other who taught advanced biology. Both teachers were inspiring and both encouraged their students to do the best job they could. The advanced biology course ended up being mostly independent study because the teacher was also the assistant principal and was quite busy. She gave us the structure we needed but left us mostly alone to pursue the studies she had set out for us. They consisted of three different projects that we had to complete over the course of one year: learning the anatomy of the cat using a full skeleton to learn the arrangement and names of the different bones; learning basic Mendelian genetics by breeding and crossing fruit flies to get progeny that we could observe and classify; and learning how to map gene loci on different chromosomes. I loved this course and it led to my choosing to major in biology in college. Besides basic biology, I took zoology, microbiology, histology and embryology/developmental biology in college (Fordham University), and advanced cell biology and molecular biology in graduate school (New York University). I did quite well in undergraduate chemistry (inorganic and organic; I loved organic chemistry), but was not so comfortable with either physics or calculus, possibly because the teachers were rather uninspired. I decided fairly early on during college that I did not want to pursue a career in medicine. And even though I loved studying literature as much as science, I knew that I would earn more money in a scientific career of some sort, which was important at that time because I had to be able to support myself once I got out of college. I started my first job as a research technician at a research institute in Manhattan while I was still in graduate school. The research institute was not far from New York University medical school where many of the institute researchers taught. In graduate school I took not only biology courses but computer science courses: one to learn Fortran, an advanced computer programming language; and the other to learn machine language, which is the most basic language that the computer ‘understands’. It was fascinating because we learned about addresses and memory and registers and how to ‘talk’ directly to the computer’s CPU. While I have forgotten most of it, I remember thinking it was such a cool thing to study when I was in my twenties. After one year of classes and lab work in graduate school I started working full-time at the research institute and finished my degree (writing my thesis) at night and on weekends. I mention all of this because at the time I studied science and computer science, I don’t remember that I worried all that much about whether or not I could master this or that subject. Thus, when I was younger, I didn’t worry about the first of the two considerations that young women at present have when choosing whether or not to pursue science. I took the courses I had to take to get my degrees and got good enough grades for the most part. I did hit the wall once with an advanced biochemistry course (that I dropped out of) taught by a particularly boring teacher who disappeared halfway through the semester and then returned for the final exam. No one knew where he had gone and the university did not fire him because he gotten a prize or two and that is a prestigious thing for a university. Prizes bring fame, attention and money in the form of grants and endowments.  And universities often keep bad teachers on staff because they may be good researchers.

Recently, I started to think about the higher-academic level women (PhD and beyond) I’ve met and gotten to know since I first started working in science. There aren’t all that many, to be sure. There were only two women with professor positions in my first job (one was close to eighty years old at that time and the other woman worked for her); the majority of such positions were filled by men at that institute. The three women who worked together in the lab with me in my second job at a top cancer research institute were all post-docs when I started working there. Only one went on to become a professor at a nearby university; eventually all three left academic science. One went on to medical school and became a radiologist, the other moved into industry and became head of global marketing for an international scientific company, and the other moved into university administration and is currently the president of a large city college. They were my role models at the time that I worked together with them, because they were dynamic women with doctorates in their respective fields and because they were enthusiastic about what they did. I remember sitting in taxis together with them on our way to one or another conference, talking about our careers and what we wanted to do and how the sky was the limit. We were young and the world was our oyster. It was an inspiring time that I am grateful to have experienced.

Ironically enough, at the same time that the sciences are having problems recruiting new students, academic science is becoming more difficult to get a foothold in or to remain in, for a number of reasons, some of which have to do with lack of funding, smaller budgets, more ruthless competition, and so on. I have reached a certain plateau—senior scientist with professor competence. I have been a project leader, a section leader, and am now considered a group leader even though I have no real group to lead! Besides myself, there is one other woman at my workplace who could be considered my peer. She is a formal professor and a group leader, but she not very interested in supporting, encouraging, or offering advice to women generally or to younger women who may be wondering about a career in science. Her sole focus is on promoting herself, and I guess I have to wonder if her approach isn’t the smartest given the current conditions. But had I met her earlier on or worked for her type when I was young, I think I would never have pursued academic science. The reason I pursued it at all is mostly due to the positive experience I had working together with the men and women in my second job who were professional, respectful of others, and supportive.

So what are the problems with choosing a career in science these days if you are a woman? Most scientific fields are male-dominated. While that doesn’t have to be a problem, it often is because men tend to network with other men in order to help them get ahead. In the twenty years I’ve been here in Norway, that is the rule, not the exception. Additionally women don’t often attempt to network with other women, so women (especially younger scientists) lose out. Some men I know have turned out to be snakes in the grass—they talk a good game (that they support you) but don’t really do so in practice. They ‘forget’ to mention your name when they could, or they work against you by questioning your qualifications even after you’ve proven that you are qualified for a position or status (professor competence, for example). But they do this too to some of the men I know as well. I miss camaraderie with other scientists, be they men or women, but more women wouldn’t hurt. Academic science is for the most part a lonely profession. I have a collaborator in Italy (a woman about my age) who has the same problems I have, getting new students, little funding and a tiny network of collaborators. We stick together, share our joys and woes, and try to come up with decent projects that we can work on together in order to keep our collaboration viable. She is a nice woman and a smart one—a good combination for the younger people in her research institute to see and to look up to. You might want to choose academic science as a career if you met her. She is a good role model, but she is more the exception than the rule, unfortunately. And she, like me, is honest with the younger generation, women especially. It’s difficult to make it in academic science these days whether you are a man or a woman. So if I was younger, I would probably choose another way to use my love of science, perhaps science journalism or working as an editor for a scientific journal. I know I could have been satisfied in those careers as I have been up to this point in academic science. It remains to be seen what the future has in store for those of us who see the major changes, can do little about them, and who wonder where it all will end.