What can a student own in one term?
Sofia interviews at a fictional teaching-focused institution.
The question
Sofia proposes a one-term project on how city planning maps label one neighborhood. Two undergraduates can use a public digital collection and a physical archive. The project aims to leave a small annotated sample and a repeatable method.
- One studentHas used basic mapping software.
- Another studentIs new to reading maps and wants to learn how to use an archive.
- CollectionThe maps include dates, legends and annotations for the neighborhood.
“Plan the first research task, the students’ work and how you would check it.”
Not saved by this site. Your browser may restore text when you navigate back.
A strong answer, step by step
Open each step in turn. This is one strong answer, not the only one.
Step 1: What is a credible first question?
What would you do here? Open the move you’d make.
Compare labels in a small defined sample
The strong move. The project can make a supported claim about the selected maps within one term.
Write a complete history of how residents named the city
Tempting, but it misses something. The time and source set do not support a claim that broad.
Digitize the largest possible set first and choose a question later
Tempting, but it misses something. The students may spend the term collecting material without a clear research decision.
See how a strong candidate says it
“I would ask how the label for one neighborhood varies across maps from two periods. We would set a small sample and distinguish the names printed on these maps from what residents actually called the neighborhood.”
Why it works: A bounded question gives both students enough material to learn and complete a documented result.
Step 2: What can each student own?
What would you do here? Open the move you’d make.
Give both students a research decision and one shared calibration example
The strong move. The work builds individual ownership and a consistent method.
Ask the experienced student to make all interpretation decisions
Tempting, but it misses something. That may save time and leaves the newer student with little research judgment to practice.
Assign the same complex software task to both without a check-in
Tempting, but it misses something. The tasks look equal, but the two students start with different experience and no way to calibrate their work.
See how a strong candidate says it
“I would teach both students a shared annotation rule. The newer student would select and transcribe labels with my first review. The experienced student would compare the mapped locations. They would check an overlapping example together.”
Why it works: Both students produce research evidence and learn a method appropriate to their starting point.
Step 3: How can both students use the sources?
The newer student cannot travel to the physical archive. The library confirms that digitized copies include the dates, legends and annotations needed for the initial sample.
What would you do here? Open the move you’d make.
Use the documented digital set and keep both students’ research roles
The strong move. The students can independently examine a common source and check each other’s decisions.
Have the more experienced student work alone in the archive
Tempting, but it misses something. That leaves the other student without direct access to the source used for the project.
Drop the research question and have the students summarize published articles
Tempting, but it misses something. A useful research activity can still proceed with the available maps.
See how a strong candidate says it
“I would agree on a common set of digitized maps with the required fields. The students keep their respective annotation and comparison work, and we record which originals are outside this sample.”
Why it works: The available copies support the initial question and give both students direct access to the same evidence.
Step 4: How should they handle a disagreement?
The students find one map with a handwritten name that differs from its printed legend. Neither entry explains the other.
What would you do here? Open the move you’d make.
Preserve both readings and document the uncertainty
The strong move. The students learn to resolve what they can and preserve a genuine conflict in the evidence.
Use the printed legend and remove the other label from the notes
Tempting, but it misses something. That hides a conflict the project set out to study.
Resolve it for the students and give them the final result
Tempting, but it misses something. That supplies an answer but removes their chance to explain the evidence.
See how a strong candidate says it
“I would ask the students to keep the handwritten label and the printed legend as separate observations. They would record the source, date and reason for their uncertainty. We would review one annotated example together.”
Why it works: The disagreement becomes an explicit research finding that another reader can check.
The answer, in short
- Decision
- Give each student an evidence task and a shared review method.
- Because
- The annotated map sample preserves what each source says and what remains uncertain.
- What would change it
- If the digital records lack a required field, reduce the question before adding unsupported interpretations.
Common traps
- Give novice students a research decision they can practice.
- Keep the source conflict visible when the evidence cannot settle it.
Check your answer
- I chose a question that fits one term.
- I gave both students a meaningful role.
- I adapted the sample to what students can access.
- I made the uncertainty checkable.
Last reviewed Nov 11, 2026