College Women's USAU Rankings

2024-25 Season

Data updated through March 31 at 3:45pm EDT

FAQ
Division I // Division III
Rank    Change Team                                                 Record Rating Change Region Conference Div   SoS PDC %
33 1 Cornell ME 1 10-3 1968.51 14 Metro East Eastern Metro East DI D-I 1802.08 166.44 0.09
70 16 Connecticut 6-7 1568.1 104 Metro East Eastern Metro East DI D-I 1628.68 -60.55 -0.04
76 6 Columbia 5-7 1507.91 8 Metro East Eastern Metro East DI D-I 1538.56 -30.64 -0.02
119 85 Yale 4-8 1181.21 813 Metro East Eastern Metro East DI D-I 1324.17 -142.95 -0.11
127 63 NYU 8-4 1112.91 558 Metro East Eastern Metro East DI D-I 1077.71 35.2 0.03
139 53 Rutgers 9-5 1019.06 468 Metro East Eastern Metro East DI D-I 937.31 81.79 0.09
216 7 SUNY-Stony Brook 2-4 440.77 474 Metro East Eastern Metro East DI D-I 626.22 -185.46 -0.3
239 11 Columbia-B 0-5 74.12 474 Metro East Eastern Metro East DI Dev 440.77 -366.61 -0.83

FAQ

The results on this page ("USAU") are the results of an implementation of the USA Ultimate Top 20 algorithm, which is used to allocate post season bids to both colleg and club ultimate teams. The data was obtained by scraping USAU's score reporting website. Learn more about the algorithm here. TL;DR, here is the rating function. Every game a team plays gets a rating equal to the opponents rating +/- the score value. With all these data points, we iterate team ratings until convergence. There is also a rule for discounting blowout games (see next FAQ)
For reference, here is handy table with frequent game scrores and the resulting game value:
"...if a team is rated more than 600 points higher than its opponent, and wins with a score that is more than twice the losing score plus one, the game is ignored for ratings purposes. However, this is only done if the winning team has at least N other results that are not being ignored, where N=5."

Translation: if a team plays a game where even earning the max point win would hurt them, they can have the game ignored provided they win by enough and have suffficient unignored results.