- Joined
- Dec 14, 2004
- Messages
- 9
- Reaction score
- 0
A purely hypothetical question (I swear).
Take 2 students. "Jen" and "Dave". Both are outstanding candidates and going into a very small field. Both interview at program X, and program Y.
Both are very impressed with the programs. Unfortunately, both programs only have 1 spot...
So, "Jen" ranks the programs.
#1 = X
#2 = Y
"Dave" ranks them.
#1 = Y
#2 = X
Program X ranks Dave 1st, and Jen 2nd (and everyone else after them). Program Y ranks Jen 1st, and Dave 2nd (and everyone else after them).
Where do Jen and Dave end up? Do they get their #1 picks (i.e. the match is weighted towards their picks) or do they both get their #2 picks (i.e. the match is weighted towards the programs desires?)
Take 2 students. "Jen" and "Dave". Both are outstanding candidates and going into a very small field. Both interview at program X, and program Y.
Both are very impressed with the programs. Unfortunately, both programs only have 1 spot...
So, "Jen" ranks the programs.
#1 = X
#2 = Y
"Dave" ranks them.
#1 = Y
#2 = X
Program X ranks Dave 1st, and Jen 2nd (and everyone else after them). Program Y ranks Jen 1st, and Dave 2nd (and everyone else after them).
Where do Jen and Dave end up? Do they get their #1 picks (i.e. the match is weighted towards their picks) or do they both get their #2 picks (i.e. the match is weighted towards the programs desires?)