If you use both curriculum and summative assessments to track student progress, you can save time by having the curriculum marks suggest a summative assessment grade.
To be able to use this feature, you need to have:
- Set up the summative assessment
- Set up either an Arbor-defined or custom curriculum assessment and linked it to the summative assessment(s) during setup
How to use suggested marks
To have the curriculum assessment suggest a summative mark for a student, do to Students > Summative Tracking > Marksheet. Click into the filters to select the right assessment and show the suggested mark column. Select today's date to pull through the most recent curriculum tracking data.
In the table, you can see the students who need to be given a summative mark for the assessment period, and the suggested mark that Arbor has calculated might be their summative grade.
If you're happy to mark students with the suggested mark, tick the boxes next to the students and use the blue pencil icon to select Bulk Set Suggested Marks. In the slide over, confirm the marks.
The student's marks will then be set as the suggested mark. You can also change the mark by clicking or using the bulk actions, but you cannot change the suggested mark in the suggested mark column as this is calculated automatically.
How the mark is calculated
How the suggested mark is calculated
You can click the suggested mark in the marksheet to see more about how it was calculated.
You can see the curriculum range, the curriculum mastery the student has achieved and the suggested mark based on these parameters. The suggested grade will be based only on the curriculum statements that have been marked. You can see how curriculum mastery is calculated here.
If you need to find the curriculum mastery for a different point in time than today, change the date selected in the filters of the page.
The way Arbor calculates the suggested mark is as follows:
Lowest grade + ((Highest Grade-Lowest Grade) x Curriculum Mastery %
For this example, the student has curriculum mastery of 62.5%. The grades available for the assessment for this year group are 4WB, 4ME and 4EE, corresponding to grade values 10, 11 and 12 in the grade set.
So, plugging these into the calculation, we get:
10 + (10-12)x62.5% = 10 + (2x0.625) = 10 + 1.25 = 11.25
As 11.25 is closest to the mark with the grade value 11 (4ME), the suggested mark will be 4ME.
How the marks map to grade values
You can see the grades available for the assessment by going to Students > Assessment > Annual Policy and selecting the assessment.
You can also see which mark is assigned to each grade value in Students > Assessment > Assessment Framework > Grade Sets. Select the grade set using the drop-down and select the scale to see the marks.
It isn't possible to change how the summative suggested mark is calculated based on the curriculum assessment.
Curriculum assessments are comprised of statements that are marked, building up an overall curriculum mastery %. The suggested mark feature will select the closest summative mark available. Teachers and other staff can then change the mark if needed.
Changing the date in the filter at the top of the summative marksheet will give you a different suggested mark as it's based on what has been achieved in the curriculum marksheet at that specific point in time.
If your suggested mark is different to what you expect, be sure to set the filters on both the curriculum and summative marksheets so they are the same. We recommend setting both marksheets to today's date to get the most up-to-date calculations.
Curriculum mastery is calculated based on only the curriculum statements that have been marked. So if you've only marked 20% of the available statements for the year, Arbor will calculate a suggested mark that indicates how well the student did in that 20% of the curriculum, rather than the whole curriculum.
If your summative assessment was set up with different strands, you can generate a suggested mark for the overall parent assessment. However, it is not possible to generate suggested marks for individual strands.