NTLSN · Crash Course · Assessment

Designing assessment — a crash course

Assessment is the most powerful signal students get about what really matters. Four short lessons on designing it well, then a self-check.

The one thing to remember: assessment drives what and how students learn — so design it first, align it to your outcomes, and make it authentic.
4 lessons~10 min read1 self-checkGrounded in assessment-design good practice (Biggs & Tang and the sector)

The lessons

1
Start with alignmentOutcomes, tasks and teaching, all pulling the same way

In constructive alignment, the intended learning outcomes, the teaching activities, and the assessment tasks are designed together so they reinforce one another. When the assessment rewards something other than the outcome, students learn that something else.

  • Write the outcomes first, then design tasks that make students do exactly what those outcomes describe.
  • Check each assessment against an outcome — drop anything that assesses nothing you intended.
  • Make sure the teaching gives students genuine practice at what the assessment will ask of them.
  • Watch the verbs: if an outcome says ‘evaluate’, don’t assess it with recall.
Grounded in
  • Constructive alignment (Biggs & Tang)
  • Outcomes-based course design
2
Make it valid and reliableMeasuring the right thing, consistently

Validity is whether a task actually measures the learning you care about; reliability is whether it does so consistently across students and markers. A task can be one without the other — design for both.

  • Ask of every task: would a strong answer here really demonstrate the outcome?
  • Use clear criteria and a rubric so judgements are consistent, not idiosyncratic.
  • Moderate or double-mark high-stakes work to check markers are applying standards the same way.
  • Reduce construct-irrelevant barriers — confusing instructions, needless time pressure — that distort what you’re measuring.
3
Assessment for learningNot just a verdict at the end

Assessment of learning certifies; assessment for learning develops. Formative tasks, used during a course, let students and teachers see where understanding stands while there is still time to act.

  • Build low-stakes formative checkpoints before the work that counts.
  • Share criteria and exemplars so students can judge their own work against the standard.
  • Use the results to adjust your teaching, not only to record a mark.
  • Sequence tasks so feedback from one genuinely feeds the next.
Grounded in
  • Assessment for learning / formative assessment
  • Developing students’ evaluative judgement
4
Authentic and sustainableReal-world tasks, and a load you can carry

Authentic assessment asks students to do something resembling real practice in the discipline, which raises engagement and is harder to fake. Programmatic thinking then spreads assessment sensibly so neither students nor staff are overwhelmed.

  • Design tasks around real problems, audiences or products, not just an exam by default.
  • Map assessment across the whole programme to catch over-assessment and bunched deadlines.
  • Vary task types so you assess a range of outcomes and reduce easy academic-integrity shortcuts.
  • Prune redundant tasks — fewer, better-aligned assessments often teach more than many small ones.
◇ Bring it together — from the NTLSN commons

Before you design your next assessment — a quick self-check

Every assessment task maps clearly onto an intended learning outcome.
A strong answer would genuinely demonstrate the learning I care about (valid).
I use clear criteria, a rubric and moderation so marking is consistent (reliable).
There are low-stakes formative checkpoints before the work that counts.
At least one task is authentic — resembling real practice in the discipline.
I’ve checked the programme for over-assessment and bunched deadlines.
Source & attribution. Curated from assessment-design and assessment good practice (including widely-used sector work on constructive alignment by Biggs, Tang and others) indexed by the NTLSN commons. Practitioner synthesis, not original research.
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