NURS 766 Week 7 Written Assignment 5: Assessment of Clinical Learning Example

Assessing Clinical Learning on an Adult Health Unit: Observation, Clinical Judgment Rubrics, Self-Assessment and Medication Safety

The Setting and the Problem

Eight junior students in the adult health course spend two days a week on a cardiac step-down unit, each caring for one or two patients. The instructor moves among them, checking medications, watching assessments and talking through plans, but sees perhaps a fifth of what each student does. Patients differ every week, so one student's day may involve a stable patient awaiting discharge while another's involves a patient in early decompensation. McDonald (2018) describes clinical evaluation as the most difficult form of assessment in nursing education for these reasons: the environment cannot be controlled, observations are sampled rather than complete and the instructor's judgment, which cannot be avoided, introduces the possibility of bias.

Structured Observation

Observation is the foundation of clinical assessment, and it becomes more valid when the instructor knows in advance what to look for. Structured observation ties each visit to a short list of behaviors drawn from the course objectives, such as performing a focused cardiac and respiratory assessment, recognizing a change and reporting it using a structured format. The instructor records what was seen in anecdotal notes on the same day, describing behavior rather than impressions.

Its weakness is the observer. Ibrahim et al. (2026), reviewing reviews of competency-based assessment in nursing, found that workplace-based tools capture authentic performance but are limited by variability between assessors and weak psychometric properties. Two instructors watching the same student may disagree, and one instructor may judge differently on a busy day. Structured lists, same-day notes and periodic co-observation with another instructor reduce, though they do not remove, that variability.

The Lasater Clinical Judgment Rubric

The Lasater Clinical Judgment Rubric rates students on noticing, interpreting, responding and reflecting, each at four levels. It gives instructors a shared language for the thinking behind actions. Jacobs et al. (2026) followed 53 prelicensure students across four semesters, evaluating them with the rubric in both clinical and simulation settings. Scores in clinical practice rose significantly across the semesters, with the largest gain between the second and third semesters, showing that the rubric is sensitive to development. Correlations between clinical and simulation scores were strong in the first semester but weak afterward, which suggests that the two settings assess different aspects of judgment as students advance.

For the step-down unit, the finding means the rubric is worth using in clinical practice rather than reserving it for simulation, and that simulation scores cannot stand in for clinical observation. White et al. (2026) also used the rubric, with faculty and students both completing it across three laboratory simulations, and reported that time limits and technical difficulties made complex simulations hard to complete, a reminder that the assessment method must fit the time available.

Student Self-Assessment

Self-assessment builds the habit of reflection, the fourth dimension of the rubric, and gives the instructor information about what students think they did. Wilgenbusch et al. (2026) adapted the Lasater rubric for self-assessment and administered it twice during an academic year in which classroom activities targeted clinical judgment; students reported significant growth. An important finding was that students with lower course grades rated themselves higher, which suggests that the weakest students may be least able to judge their own performance. Self-assessment is therefore valuable as a formative tool and a starting point for conversation, but it cannot replace the instructor's evaluation, and a large gap between a student's self-rating and the instructor's rating is itself a finding worth discussing.

Medication Safety From Lab to Bedside

Medication administration is the clinical skill with the most immediate risk, and many programs validate it in the skills lab before students give medications on the unit. Lanz and Davis (2026) followed students from lab validation through their first clinical medication administrations and into the next semester, using a validated tool, and found no statistically significant differences in performance across settings, with minor recurring problems in patient identification and timing. The study supports lab validation as a reasonable gate for clinical medication administration, while pointing to two behaviors, patient identification and timing, that instructors should watch most closely on the unit.

Fairness and Documentation

Clinical evaluation carries legal and ethical weight that classroom grading usually does not, because a failing clinical rating can end a student's progression. McDonald (2018) stresses that clinical judgments must be documented with specific, dated descriptions of behavior, shared with the student promptly and tied to the course's stated objectives. Anecdotal notes on the step-down unit therefore follow a simple pattern: the date, the situation, what the student did, what the instructor said and what the student is to work on. A note such as "did not check the potassium before giving furosemide; discussed why and reviewed the hold parameters" can be shown to the student and used later as evidence, while "seems unprepared" cannot.

Fairness also depends on what students are given the chance to do. Patient assignments vary, and a student who never cares for a deteriorating patient has no chance to show the behaviors on recognizing change. The instructor tracks the conditions each student has managed and adjusts assignments so that every student meets the key situations at least once, using simulation to fill gaps the unit does not provide. Students are told at orientation how they will be evaluated, receive the evaluation tool on the first day and sign each conference record, which confirms they have seen the feedback even when they disagree with it. Those who disagree may add a written comment, which becomes part of the record.

Comparing the Methods

A Combined Plan

No single method is enough. The plan uses structured observation every clinical day, with anecdotal notes completed before the instructor leaves the unit. The Lasater rubric is completed by the instructor three times in the rotation, at weeks 3, 7 and 12, and students complete the adapted self-assessment at the same times, so the two ratings can be compared in a short conference. The medication checklist is used on every medication pass for the first three weeks and weekly afterward, with particular attention to patient identification and timing. Twice in the rotation, a second instructor co-observes one day, which gives a check on rater consistency.

Formative and summative purposes stay distinct. Midterm evaluation is formative: students receive written feedback, a rubric profile and goals for the second half. The final evaluation is summative, and it draws on all four sources. A student should never learn at the final evaluation about a problem the instructor saw in week three.

Conclusion

Assessing clinical learning means accepting that the instructor sees only part of what students do and building a system that makes that part count. Structured observation, the clinical judgment rubric, self-assessment and a medication safety check together give a fuller and fairer picture than any one of them alone. The clinical evaluation tool due next week will bring these methods together on a single form, with each behavior on the form traceable to the methods that provide its evidence. Students will see that form on the first day of the rotation, so the assessment is never a surprise to anyone being evaluated.

References

Ibrahim, R. K., Darwish, A., Bayliss-Pratt, L., El-Ashry, A. M., Fouda, M. E., Elmi, A. H., Hendy, A., & Almagharbeh, W. T. (2026). Competency-based assessment in nursing education: An umbrella review of strengths and limitations. Nurse Education Today, 168, 107378. https://doi.org/10.1016/j.nedt.2026.107378

Jacobs, L. A., Bussard, M. E., Niedzwiecki, E., Lasater, K., & Lavoie, P. (2026). Tracking clinical judgment development in clinical education with the Lasater Clinical Judgment Rubric. Nurse Educator, 51(2), 81-86. https://doi.org/10.1097/NNE.0000000000002068

Lanz, A. S., & Davis, R. G. (2026). Lab to bedside transfer: Evaluating medication safety competency in nursing students. International Journal of Nursing Education Scholarship, 23(1). https://doi.org/10.1515/ijnes-2025-0127

McDonald, M. E. (2018). The nurse educator's guide to assessing learning outcomes (4th ed.). Jones & Bartlett Learning.

White, L. A., Pence, P. L., Nielsen, S., Dyck, M. J., Stockmann, C., & Kim, M. J. (2026). Developing clinical judgment: Lessons learned from comparing classroom strategies with simulation assessment. Journal of Nursing Education, 65(6), 323-328. https://doi.org/10.3928/01484834-20260130-01

Wilgenbusch, B. A., Jurevic, V. D., Gilb, K. E., Jeanmougin, C. E., Zehler, A. R., Cole, B. S., & Osborne, J. (2026). Adapting the Lasater Clinical Judgment Rubric for student self-assessment. Journal of Nursing Education. Advance online publication. https://doi.org/10.3928/01484834-20260227-05