Circulumm

>1st grade
Basic addition/subtraction
>2nd grade
Basic times tables/fractions
>3rd grade
Division, Powers, Roots
>4th grade
Algebra
>5th grade
Geometry, Logic, Sets, Combinatorics, Proofs
>6th grade
Higher order Algebra. Trig, Exponential, Logs, Series, Sums, Limits
>7th grade
Calculus, Matrix Algebra
Chemistry
>8th
Vector Calculus, ODEs
Mechanics, Thermodynamics
C++ Programming
>9th
Linear Algebra, Probability, Statistics
Electromagnetism, Circuits
Digital Logic, Comp Arch
>10th
Real Analysis, Abstract Algebra
Stat Mechanic, Optics, Special Relativity
Data Structures and Algorithms
>11th
PDEs, Complex Analysis, Fourier Analysis
Quantum Mechanics
Numerical Analysis, OS, Parallel Programing
>12th
...

there's the digital logic
and then there's the semiconductor magic

Operational amplifiers and Voltage regulators aren't digital.
Gates become digital but how do you build them?
and then the talk about material science of doped silicon and charge carriers.

I'd still like to see your thing implemented if only to see if anything you throw at them sticks.

>>6103529
>Gates, Op Amps, VReg, etc.
>Or basic digital design buses, kmaps, etc.

I group that stuff in Digital Logic (9th grade)