Earlier quoted context omitted.
Enforced randomization isn't going to fix the problem, it just evenly distributes the problem. Based on these results, it would mean that the graders are just getting tired/lazy/inattentive the further they get in their stack of papers to grade. That's the problem the needs to be fixed, not the order they get graded in. Enforced randomization is simply a short term alleviation so no student(s) get disproportionately…
> Enforced randomization isn't going to fix the problem, it just evenly distributes the problem. Evenly distributing the problem does fix the problem. Proportionality is what matters. Grading being arbitrary is fine if everyone is graded equally.
U-M finds students with alphabetically lower-ranked names receive lower grades
61–70 of 284 posts
Re: U-M finds students with alphabetically lower-ranked names receive lower grades
#62Re: U-M finds students with alphabetically lower-ranked names receive lower grades
#63I'm willing to take bets that in 15 years there will be a scandal about faked data by at least one of the researches in this paper. It smell just like every other interesting psychology result that at best is a fluke.
Unlikely. If you talk with anyone who's done grading, this will likely jive with our experience and make us data aware of the outcomes. Like anything, with grading you can get into a flow, and the more you process an assignment, the more answers you've seen and those can change how you grade future answers
Classic confirmation bias.
Re: U-M finds students with alphabetically lower-ranked names receive lower grades
#64Earlier quoted context omitted.
Enforced randomization isn't going to fix the problem, it just evenly distributes the problem. Based on these results, it would mean that the graders are just getting tired/lazy/inattentive the further they get in their stack of papers to grade. That's the problem the needs to be fixed, not the order they get graded in. Enforced randomization is simply a short term alleviation so no student(s) get disproportionately…
In my experience, it's not tired/lazy/inattentive, but resignation. You normally have some expectation what students will be able to solve. Typically, these expectations are set too high. That's very common, not only for me, but for pretty much anyone I know. So over the time of grading, one adjusts down the expectations and gives partial credit earlier, for example.
Re: U-M finds students with alphabetically lower-ranked names receive lower grades
#65I'm willing to take bets that in 15 years there will be a scandal about faked data by at least one of the researches in this paper. It smell just like every other interesting psychology result that at best is a fluke.
Re: U-M finds students with alphabetically lower-ranked names receive lower grades
#66Earlier quoted context omitted.
Enforced randomization isn't going to fix the problem, it just evenly distributes the problem. Based on these results, it would mean that the graders are just getting tired/lazy/inattentive the further they get in their stack of papers to grade. That's the problem the needs to be fixed, not the order they get graded in. Enforced randomization is simply a short term alleviation so no student(s) get disproportionately…
For me I grade tests as follows. The stack is created as students turn in the test. I grade the first page in that order. The stack reverses for the second page. So on and so forth. I teach college math. I just cant imagine a system of grading done in alphabetical order.
I feel like only the most obsessive compulsive humans would have this issue (without computer "help"), as the last thing I wanted to do as a TA was to add another step of ordering all the papers before grading them. I also always reviewed the first few papers I graded after grading the rest to make sure I was being fair, because it was obvious to me that until I saw a representative distribution of answers I couldn't do fair grading/marking.
Re: U-M finds students with alphabetically lower-ranked names receive lower grades
#67> Wang noted that for a small group of graders (about 5%) that grade from Z to A, the grade gap flips as expected This is critical. Otherwise we could not discount some group (e.g. some ethnicity) disproportionately occupying one end of the alphabet or another. Super interesting and important finding. I hope this gets wide visibility and universities take a break from politicking to fix the problem - presumably throu…
Enforced randomization isn't going to fix the problem, it just evenly distributes the problem. Based on these results, it would mean that the graders are just getting tired/lazy/inattentive the further they get in their stack of papers to grade. That's the problem the needs to be fixed, not the order they get graded in. Enforced randomization is simply a short term alleviation so no student(s) get disproportionately…
Re: U-M finds students with alphabetically lower-ranked names receive lower grades
#681) Rubrics are often defined, but the application of the rubric is by a human. Application will shift as the grader gets a sense of the classes understanding.
2) As you get fatigued while grading, you'll make mistakes, and be less tolerant of others. Especially if you're an overworked adjunct or graduate student.
3) There are probably a lot more last names early in the alphabet so weighting is important.
My policy on this when I was a grad student was to publish the rubric, and ask all students to check their grades too.
Re: U-M finds students with alphabetically lower-ranked names receive lower grades
#69Earlier quoted context omitted.
> Enforced randomization isn't going to fix the problem, it just evenly distributes the problem. Evenly distributing the problem does fix the problem. Proportionality is what matters. Grading being arbitrary is fine if everyone is graded equally.
The mistake is assuming grades are an objective measurement, and not gamification to try to help you learn.
Re: U-M finds students with alphabetically lower-ranked names receive lower grades
#70Earlier quoted context omitted.
It won’t average out perfectly. There will still be lucky and unlucky students. Of course it’s better than a fixed order, and if it’s easy to switch then might as well. But we should keep thinking about how we can make it even better.
Since the effect looks very small, it looks to me like it's only a problem because it adds up if it happens for every assignment for every course. I don't think it needs to average out perfectly; it looks to me like you'd have to be astronomically lucky/unlucky for it to matter if each assignment is in random order.