sibeen said:
From a discussion that was very briefy kicked around tonight. I find undergraduate tertiary text books abysmal, at least in electrical engineering, and hearing from others it appears to be across the board.
I’d like thoughts on what could be improved, what’s wrong with the current system etc
Huh?
Missy went through science/biology/genetics at Uni recently, and started an accounting course over the internet.
The textbooks for the accounting course are abysmal, not worth the paper they were printed on. Well, to be honest, they weren’t books at all, only lecture notes. Any connection between the lecture notes and the practice of accounting is tenuous at best.
When I had a looked through Missy’s University textbooks later, they seemed to be about a 50/50 mix of excellent and average. By average I mean contained nothing that I didn’t already know. Some of her University textbooks are superb, I was startled by how good one of her two geology textbooks is.
There is the perennial problem that some lecturers don’t read their own textbooks, and that the information in those textbooks bears no resemblance to the information in the lectures and the exams.
My sister has written a university textbook, on food science. It isn’t hardbound, or thick. OK, it’s more like a set of lecture notes, but I think it’s excellent. She wrote it because there weren’t any good textbooks about food science.
> I’d like thoughts on what could be improved, what’s wrong with the current system etc.
There are two radically different types of non-fiction books. One type, like the Handbook of Chemistry and Physics,, is what I call a reference book. When I need information I flip to the appropriate page and there it is, but I wouldn’t ever read it cover to cover (OK, I have, but I don’t recommend it). The other type I call the tutorial type, are intended only to be read cover to cover, and trying to find any information in them is impossible because facts on one page rely on definitions or equations on earlier pages, which in turn require definitions or equations from still earlier pages, etc.
It is exceedingly difficult to write a textbook that is a combination of both tutorial and reference types. They make the best textbooks.
And – there is a revolting tendency when one good textbook has appeared for other authors to copy it almost exactly and put their own name on it. The classic example is the “Mathematics for …” books. Most textbooks that have titles like “Mathematics for engineers”, “Mathematics for bioscience”, “Mathematics for neuroscientists”, “Mathematics for economists”, etc. are identical clones of each other.
Another problem is that textbooks go out of date but are never updated. I’ve noticed this mostly with high school textbooks, but the same applies to University undergrad textbooks. Particularly chemistry. When I went through high school in 1975 I was taught about the plumb pudding model of the atom, pipe clay triangles and litmus paper. Imagine my horror at finding them still being taught in high school some 35 years later.
There are disciplines where no good textbook has ever been written. The one that immediately springs to mind is not an undergraduate but a postgraduate subject – computational fluid dynamics. Up until at least 1990 when I stopped trying to find textbooks, there was no textbook that covered more than a fifth of the different techniques used, I had to rely on computer manuals.
How to improve it without being Draconian, ie, “White a textbook covering these topics or go to jail”? An out of the box possibility is that perhaps each textbook needs to be written by a committee. Shock, horror. By that I don’t mean every chapter written by a separate individual, like conference proceedings, far too many postgraduate textbooks are written that way, and mostly (but not always) they are very awful, being useful neither as a reference nor as a tutorial. What I mean is have a coordinator who has a thorough knowledge of both the history the most recent developments in the field of interest, such as a department head. He lays out the scope of the book, and edits the submissions down into a coherent whole. Have someone who is a knowledgeable top non-academic practitioner in the field who is able to remove from the scope topics that are of no practical current use. Commission world experts on the various components of the scope, preferably not too young, to write about them. Have a professional technical writer bash the language into shape. Then get everyone to review every part for the final version. Some industry reports from CSIRO were written that way, sort of.
The alternative is to get someone with a huge font of enthusiasm, experience, intelligence and writing ability to write the whole lot. The best textbooks I know were all written this way, I could easily name a dozen. But people with the ability to do this are exceedingly rare.