Maybe that's why I find the idea of evolution so laughable. I have a degree in mechanical engineering, and as a mechanical engineer, I can tell you that the human musculo-skeletal system is far more complex than the most complicated machine.
Because a degree in mechanical engineering means you're an expert in biology.
The level of complexity is staggering. At the very least, the human body is many orders of magnitude greater in complexity than the finest watch or robot.
I actually find the muscular-skeletal system rather simple as opposed to a watch.
But we really don't even know how many orders of magnitude greater in complexity, because we don't know what we don't yet know.
Um...waiter, may I have blue cheese with my word salad please.
Think of the human body as an engineering problem. Your job is to design a machine to the following specifications. This machine must:
-Begin at the size of a speck and self-organize to a final weight of 180lb.
Not all human machines are going to weigh in at 180 pounds. A machine that is 5 foot even would be unhealthy as opposed to a machine at 6 foot.
-It will be fueled by animal meat, vegetation, air and sunshine.
Well, you have that part right.
-It must be able to self-heal.
To a point, that one is right too.
-It must be able to travel over land, climb up and over objects, and through water.
Ok, I'll give you that one too.
-It must remain functioning for 30 years.
Where the hell have you been. Life expectancy is well beyond 30 years old. The life expectancy at birth of the world is 67.2 years (65.0 years for males and 69.5 years for females) for 2005-2010 according to United Nations World Population Prospects 2006 Revision and 66.57 years (64.52 years for males and 68.76 years for females) for 2009 according to CIA World Factbook 2009. In the U.S alone, overall expectancy is 78.2
-It must generate copies of itself with the same capabilities.
Again, biology fail. It must mate somehow with a machine of the opposite sex (whether natural, test tube, or invitro) and produce offspring with both machines equally donating material for the result. Also, it won't be an exact copy. It will look different displaying traits of both machines. There will also be a chance that it may end up a better machine than each parent. If it is beneficial to the machine, those traits will be passed down to it's offspring when it mates.
-The machine must be able to measure sound, pressure, light, flavor, and odor.
Some machines are made not able to detect light, or sound. There are some that cannot detect pressure flavor or odor too. This also shows failure on your part.
-It must be easily able to differentiate objects.
That one is a given.
You get the idea. Anyway, present that list to any engineer or any group of engineers, and they'll laugh their butts off.
Yes your list will make them laugh their asses off.