News, Views and Careers for All of Higher Education
Nov. 22, 2005
In 1997, Elaine Seymour was one of the authors of Talking About Leaving: Why Undergraduates Leave the Sciences (Westview). She found that a reason cited by student after student — at a range of institutions — was poor teaching. And at many institutions, teaching assistants were a major part of the problem.
Since then, she has been convinced that efforts to reform science education — while they deal with many issues besides TA’s — will falter unless teaching assistants are given real professional education on how to teach and how to handle the issues they face in the classroom. A new book of which she is the lead author provides evidence for that thesis. Partners in Innovation: Teaching Assistants in College Science Courses (Rowman and Littlefield) reviews three national efforts to reform science education — one in astronomy and two in chemistry — and examines to role of TA’s in making reforms either take or fail.
Seymour, who recently retired as director of ethnography and evaluation research at the University of Colorado at Boulder, found much to worry about and also models that she believes can be replicated. Of the former, she said the sad fact is that most science TA’s don’t receive much help in doing their jobs well. Many get absolutely no preparation and those who do tend to receive a brief session with no ongoing mechanism to learn about their teaching.
“Training,” Seymour says, is “a very unfortunate word,” and she prefers to talk about “educational professional development” for TA’s. One of the major problems, she found, is that when teaching assistants want to become better teachers, they often feel the need to keep quiet about it. “They consistently told us that if they want to teach and they are interested in that, they keep that to themselves. They are afraid that they will be taken as less serious students” by the professors supervising their work, Seymour says.
So colleges and universities serious about reforming science education need to reach both senior professors who supervise intro courses and the TA’s, she adds.
At the same time, Seymour says, professors need to monitor what their TA’s are doing to be sure that reform efforts are taken seriously. “If you don’t get TA’s’ active trust and engagement, they can sabotage new approaches to teaching. They fight you or don’t do what they are supposed to and just go ahead and teach in any way they like,” she says. “We have found active and passive instances of TA’s undermining what professors are trying to do.”
What should colleges be doing to help teaching assistants? Seymour offers several strategies that are discussed in her book:
Seymour stresses that all types of colleges and universities need to examine these issues. While many liberal arts colleges like to say that they provide better science teaching than do research universities, Seymour says she saw the same problems in both sectors. The difference, she says, is that at liberal arts colleges, the TA may be an undergraduate, not that the TA has been better prepared or backed up. (While her book only examined science TA’s, Seymour says that she suspects problems are similar in other disciplines.)
The bottom line, she says, is that helping TA’s doesn’t just help their current students, but those who will be learning from them for decades after the TA’s have finished their doctorates and taken on full-time faculty jobs.
“If you don’t do something to more adequately educate graduate students, they will go on to be the same kinds of teachers as their teachers are, and they will have no clue and perpetuate the cycle,” Seymour says.
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It is interesting that this article appears on the same day as the one about NYU graduate students’ strike having lasted 10 days already. A number of the points brought up in this article are among those items which we are fighting for—particularly the change to participate in professional development to help us do better at our jobs as TAs. At NYU, the majority of TAs receive one to three days of training before entering the classroom for the first time, with little to no ongoing support for professional development (particularly within their department or discipline). As part of our union struggle, we constantly as for more training, but we receive none.
NYu Graduate Student, Instructor at NYU, at 12:17 pm EST on November 22, 2005
A lack of students desiring to study the sciences has recently been examined by several studies, and most of them reflect on the teaching strategies of most university professors. I propose a new question to be studied: Why should undergraduates study the sciences when they have spent the majority of their pre-adolescent life watching hours of TV shows such as ER, House MD, and plastic surgeons saving the world on the Discovery Channel?
At the inception of their college careers, few undergraduates truly know what would make them happy as far as a career is concerned, and very few can even comprehend careers in fields they have not seen on TV unless they have had experience with older friends or parents in different areas. Like so many other young people glory-eyed by prestige and a societal viewpoint affronting them that the best and the smartest become physicians, they choose what is best for them: they decide to go premed.
The biggest problem is that scientists and academics do nothing to change the perspectives that undergraduates come to college with. The author has a valid point: TA’s are a problem. Probably 30-40% of the TA’s at some public universities in the physical sciences are foreigners who speak less than eloquent English, and students of about half of them can’t understand their TA’s English. So how is a foreigner going to impress upon young English speakers in Mandarin just how amazing science is? Your guess is as good as mine. Of the other 60% of TA’s, most are brilliant and teach wonderfully. However it seems to me as a first year graduate student that the propensity of science to lose first-rate students to medicine will continue until either social values have changed or professors and TA’s begin taking the effort to cogently intrigue their students with the freedoms of basic science.
Brian Lamb, Graduate Student at University of Florida, at 4:35 am EST on March 29, 2006
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Just another consulting report?
There’s a saying that a consultant is someone who removes your watch to tell you what time it is. If the demise of Soviet Communism indicated anything, it is that human beings respond to incentives. With no incentives, there is little, if any, concerted effort directed at an activity.
So it is with college-level teaching. Except for those few schools that focus on teaching, there is a frantic dash to raise more research funds that makes ENRON seem like the Salvation Army. So, teaching is a secondary priority.
Solutions? Realization that science can be mentally h-a-r-d work. Not just sitting around, blithering about hypotheticals — precise, whole-brain thinking to ensure the output does not go over/under by huge amounts and create massive problems for everyone.
The aforementioned requires a cultural focus to find and cultivate those with the most potential. It is one thing to offer Organic Chemistry to 650 would-be MDs in an auditorium, knowing 80% will NOT get the preferred 3.5/4.0 grade for medical school. It is another to focus resources on those who are really committed to science.
R.A. Shaw, Professor at Small College, at 6:12 am EST on November 22, 2005