This is Part Two of a two-part series on Temple Grandin and the importance of "different" minds  Last month we talked about how to succeed in higher education in spite of mental disabilities (and how to excel because of them!). 

This month we discuss what kinds of contributions different minds like Grandin's (who is autistic) can bring to higher education and to university research. Today she is a renowned professor of Animal Science, but Grandin unexpectedly stumbled upon her talent for working with animals when her poor high school behavior landed her at a special school, one where kids of all abilities were put to work as ranchers. Years later, combining hands-on ranching experience with hard-won knowledge, Grandin earned a Ph. D. in Animal Science. Not your typical academic path!

So what is unique about the contributions of someone like Temple Grandin to scientific research? Her hands-on approach, necessitated by her autism, stuck with her as she began her career as a scientist and author. For instance, she expects her students to think in concrete particulars, rather than abstract theories about animals. Animals don't care about your theories about them. They only have behaviors, not theories -- and behaviors we can observe and respond to. Grandin believes that her autism, which enables her to be present in the moment, helps her to connect with animals and to see why they behave the way they do. Her "walking in their path" approach to working with cattle in particular has resulted in significant discoveries that have changed the way slaughter houses and ranches contain and move livestock.


Grandin's research and developments enrich her classroom teaching, because she brings outside knowledge and novel approaches in front of students who are studied in textbook theories and laboratory work, but not necessarily experienced in field work or real world problems addressed by science. So Grandin's inability to be an ivory tower academic, a pure scholar, is really a valuable trait -- she can't do anything but tell it like it is, and show students how to do concrete things.

The concreteness of Grandin's work also allows for many collaborative opportunities. With projects in the field (sometimes a literal field!), many minds are needed to do the work, interpret the results, and write up the reports. Most of Grandin's peer-reviewed articles are based on collaborative work, or are co-authored. She relies on the writing abilities of others and on their abstract minds, but they rely on her for the nitty gritty details of experiments and inventions that solve real problems with animals, from pigs, to dogs, to cows, of course. Increased collaboration is one of the important ways that contemporary research is changing.

While Grandin's work is exceptionally groundbreaking, many more minds like hers, and other "different" minds as well, are invaluable to academic research, applied research, and classroom teaching. The university is adapting, and will continue to adapt, to the next generation of knowledge workers. They will have autism, ADD, mental health issues, and various learning disabilities, but they will be prepared for academic work -- all because education is finally capable of reaching many young people who could not be reached, even a decade ago. It could be the overactive mind of someone who can't focus, the empathy of someone who has lived a lifetime with depression, or the transposed figures seen by a student with dyscalculia that lead to new approaches in history, social science, and math. And these thinkers, working together with their neuro-typical peers to pick up all the pieces, may be the key to developing novel solutions for the practical problems of the 21st Century.