Ok, start with A=1x10^10 a nice enough round number

Time:

T = A cycles of radiation corresponding to the transition between two energy levels of the caesium-133 atom.

Length:

L = length of a side of a cube that holds A molecules of pure water at sea level at the melting point temperature

**All below are derived from these 2 measurements and the number A**

Volume:

V = L^3 the volume of a cube of sides L.

Mass:

M = the mass of V of said water.

Charge:

Q = A electrons

Force:

F = the amount of force needed to accelerate M mass at L length per T squared

Work:

W = A force of F acting over a distance L in the direction of L

Current:

I = Q charge flows in T time

Voltage:

P = one W per Q

Electrical Resistance:

R = the resistance needed to allow I current to flow at P voltage

Temperature:

C = the heat emitted by a resistance R under P voltage for T time.

...

many more but you see how everything is based off the nice round number 1x10^10 and two easily verified physical measurements. I believe most everything could follow.

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