Last year, quarterback Joe Burrow of LSU had such overwhelming stats that it was easy for Heisman Committee voters to name him the winner of the Heisman Trophy.
But usually, there are no canaries in the coal mine and Heisman members must sort through dozens of statistics and factors to separate one candidate from another. As much as their review centers around what candidates did, I think it also comes down to what candidate did not do.
For example: If you have a quarterback who passed for nearly 3000 yards, ran for over 500, completed more than 60% of his passes, played in all 12 games, and won eight, you might consider him worthy of consideration. But, would you feel the same once you knew his interception rate (2.8) is among the bottom-third of returning, measurable quarterbacks? If not, then you wouldn’t want Jamie Newman of Georgia (formerly Wake Forest) and you wouldn’t want him as the representative of your prestigious award.
It is that element of elimination that I want to look into because I think it is an essential part of the logic that Committee voters use to make their assessments. If we can identify some thresholds that Committee voters feel are essential for their winner, then we might be a step ahead in predicting how they will vote a few months from now. And if today’s exercise looks promising, we’ll come back to it again in October, plug in updated statistics, and see if we can predict the Heisman Committee’s top quarterbacks a month before that Committee even votes.
To get things started, I’ve chosen six thresholds to review. To keep things simple, I’ve chosen to award one point for each threshold that a quarterback surpasses. I don’t expect you to agree with all that I’ve chosen because, quite frankly, I’m not sure I agree with all of it either. But, it should give us a start and if we like our results, we can refine our steps at a later time.
The six elements of data and their thresholds are:
- Recent data: Candidate established sufficient data in 2019
- Contribution: Candidate played in at least nine games
- Completion accuracy: Had 60% or more completion ratio
- Passing yardage: Totaled 3000 or more passing yards
- Interception percentage: Interceptions were less than .022 of attempts
- Rushing yards: Rushed for 500 or more yards
I’m not sure that giving a full point for those quarterbacks who ran for more than 500 yards is fair to others who are not dual-threat in nature. Those who run can earn six thresholds while those who can’t run can only earn five. I’ll solve this problem over the Summer but for now, we’ll leave it at a full point with the agreement to consider non-dual threat quarterbacks with five thresholds as somewhat equal to the six thresholders.
Perhaps we should make rushing yardage a half-point and add another half-point for teams that won eight or more games.
If we look at the following chart, we’ll see a few statistics [columns F through K] as well as the number of thresholds (column B) that the top 25 quarterbacks exceeded.
Since we have 130 teams and we only have six levels to slot them into, we can expect a great deal of bunching. To separate them, I’ve plugged in a “quarterback efficiency” algorithm used by our prediction system (Savvygameline) so that we can sort results with finer detail.
|rank||thresh-olds||2020 projected starter||completion %||passing yards||Interception %||rushing yards|
|2||6||Notre Dame||Ian Book||60.2%||3034||1.5%||546|
|3||5||Kent St.||Dustin Crum||69.2%||2622||0.6%||707|
|4||5||Ohio St.||Justin Fields||67.2%||3273||0.8%||484|
|5||5||LA Lafayette||Levi Lewis||64.3%||3050||1.1%||195|
|6||5||Iowa St.||Brock Purdy||65.7%||3982||1.9%||249|
|8||5||N Carolina||Sam Howell||61.4%||3641||1.7%||35|
|11||5||Texas A&M||Kellen Mond||61.6%||2897||2.1%||500|
|13||4||Arizona St.||Jayden Daniels||60.7%||2947||0.6%||355|
|17||4||Va Tech||Hendon Hooker||61.1%||1555||1.2%||356|
|19||4||Miami Fl||D’Riq King||63.5%||2982||1.7%||674|
|20||4||Ball St.||Drew Plitt||64.3%||2918||1.9%||171|
|22||4||App State||Zac Thomas||62.7%||2718||1.7%||436|
Now that we have our top 25, it will be easy to trim things down.
We can get down to 11 if we eliminate all candidates who didn’t earn at least five thresholds.
We can trim that list down to eight right away by eliminating Dustin Crum of Kent State, Levi Lewis of Louisiana Lafayette, and Shane Buechele of SMU because they are not Power Five quarterbacks and it’s been more than four decades since any non-Power Five quarterback won the Heisman Trophy.
It might seem that since we only have two six-threshold candidates, then our decision has already been narrowed and should be quite easy. However, some of the five-threshold candidates should be retained because their only shortcoming is that they are not runners and therefore did not rush for more than 500 yards.
It’s a mixed bag because those who run the ball well have an advantage over those who don’t yet eliminating those who don’t doesn’t seem right either. And, there’s the matter of Justin Fields who fell 16 rushing yards short of six thresholds. How would we not consider him as a six? And, if we consider him as a six, then his efficiency factor is enough to make him our top candidate for the 2020 Heisman.
There are still plenty of rough edges and differences of interpretation to work out, but if we go with what we have so far, our projection for the Heisman Committee’s five finalists looks like this:
- Trevor Lawrence of Clemson 6.68
- Ian Book of Notre Dame 6.62
- Justin Fields of Ohio State 5.70
- Brock Purdy of Iowa State 5.64
- Charlie Brewer of Baylor 5.63
It will be interesting to revisit this after the 2020 winner has been chosen. I don’t expect all five of the finalists will be quarterbacks, but there should be enough for us to see how well we did in predicting the logic of the Committee using this threshold and elimination scheme.
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