
One idea that is important (IIRC from this book) is that many examples are really inspiration, and not direct copying of design. Biology works very differently to human machines, with very different constraints, so when engineers and designers try to stick too closely to the biological original, it may not work out very well!
From Strength to Strength, Brooks - it's a self-help book for midlife crises. Has all the normal issues of self-help books but I found the exploration of the acceptance of inevitable age related decline in some abilities interesting and useful.
I often recommend the book 'Cats' Paws and Catapults' by Steven Vogel, which discusses the differences between human and biological engineering. There are very different constraints, as well as the more obvious difference between intelligently directed design (by humans) and evolutionary design.
It's not totally true that our engineering is simpler than biological systems. After all, we can now manipulate matter down to the atomic level. There have been attempts to move towards self-assembling systems, or even self-repairing ones. Not quite on the same scale or sophistication as biological systems, of course.
Is a modern computer chip more complex than a virus? Is a large connected system of computers more complex than a mycelial network? Are there more parts connected in more ways in a nuclear power station as there are in a simple bacterial cell?
I think it is definitely worth considering the similarities and differences.
Simply put, both birds and planes have wings but one if a flexible membrane that flaps and the other is a fixed structure with a jet engine.
1. "Cats' Paws and Catapults: Mechanical Worlds of Nature and People" by Steven Vogel. If you were fascinated by the wings of birds or little waves behind the plants in water read this. Fascinating book!
2. "The meme machine" by Susan Blackmore. Starting off where Dawkin's book ended.
3. "Three steps to yes" by Gene Bedell, beside Getting to Yes already mentioned here.
