My subjective interpretation of STEM is “degrees you need to know calculus for”. They’re all math heavy, with precise answers. While the arts are certainly important, I just don’t see how they fit that motif. What is this supposed to accomplish?
Art is about analyzing the questions, design is about analyzing the solutions. Many engineers I’ve met get wrapped up in the process and fail to address the actual issues.
This guy is the textbook example. His projects always go down deadends and lose scope. He would definitely be better off with some CAD (Cardboard Aided Design) before he runs off to his CNC mill with a $200 block of aluminum.
So THAT’S why a biologist had to reinvent calculus in 1994:
“A Mathematical Model for the Determination of Total Area Under Glucose Tolerance and Other Metabolic Curves”, Mary M. Tai, Diabetes Care, 1994, 17, 152–154
But in all seriousness, calculus (and by extension differential equations) is super common in bio. Reaction rates, stable population sizes, micro and macro. I’d be surprised if you never came across it.
Vibe coding without any prior knowledge is just a catastrophe waiting to happen. Vibe coding with prior knowledge just makes you realize how dumb the AI is the moment you try anything else besides throwing a website together.
The more wild version I saw of STEAM had Agriculture as the A. I also felt that was redundant since modern agriculture involves a lot of science (biology) and engineering (equipment).
My subjective interpretation of STEM is “degrees you need to know calculus for”. They’re all math heavy, with precise answers. While the arts are certainly important, I just don’t see how they fit that motif. What is this supposed to accomplish?
Art is about analyzing the questions, design is about analyzing the solutions. Many engineers I’ve met get wrapped up in the process and fail to address the actual issues.
This guy is the textbook example. His projects always go down deadends and lose scope. He would definitely be better off with some CAD (Cardboard Aided Design) before he runs off to his CNC mill with a $200 block of aluminum.
I don’t think I’ve had anything calculus related in my biology degree.
So THAT’S why a biologist had to reinvent calculus in 1994:
“A Mathematical Model for the Determination of Total Area Under Glucose Tolerance and Other Metabolic Curves”, Mary M. Tai, Diabetes Care, 1994, 17, 152–154
Guess biology isn’t STEM then, sorry.
But in all seriousness, calculus (and by extension differential equations) is super common in bio. Reaction rates, stable population sizes, micro and macro. I’d be surprised if you never came across it.
Which is why all the bio papers are n=2
You need calculus for vibe coding?
Vibe coding without any prior knowledge is just a catastrophe waiting to happen. Vibe coding with prior knowledge just makes you realize how dumb the AI is the moment you try anything else besides throwing a website together.
I agree.
The more wild version I saw of STEAM had Agriculture as the A. I also felt that was redundant since modern agriculture involves a lot of science (biology) and engineering (equipment).