Achievement of Learning Outcomes
Interim Stream Review · Prototype

Achievement of Learning Outcomes

What does the available evidence tell us about how well students are achieving the intended learning outcomes of this stream?

This workspace brings together what students demonstrate in program assessments, external licensure performance, and graduating-student self-report. These perspectives remain distinct so reviewers can understand what each contributes before considering the overall achievement picture.

Evidence at a Glance

What evidence am I reviewing?

Program performance

What students demonstrated through program assessments across Years 1–3 and academic years.

External performance

PEBC MCQ and OSCE results provide an external perspective on achievement. The two components remain separate because they use different measures.

Graduating-student perspective

AFPC and CCAPP self-report evidence shows how graduating students describe preparedness and where they report developing knowledge and skills.

Performance in BASE

What do program assessments show about student performance in this stream?

Reviewer orientation

What stands out?

Year three recovered strongly after a steep dip

Following a notable fall in the previous academic year, year three's results in the selected academic year rose back toward the earlier higher level.

Year one continued its recent upward movement

Compared with the previous academic year and two academic years ago, year one's results in the selected academic year are higher, reflecting continued upward movement.

How has performance changed within each program year?Read from the most recent academic year to earlier academic years within each program year.
<6060-<7070-<8080-<9090-100
Year 1
2025-2026
2024-2025
2023-2024
Year 2
2025-2026
2024-2025
2023-2024
Year 3
2025-2026
2024-2025
2023-2024
Course performance detail
PHARM 212Year 12025-202613978.1%79.2%7.1%
PHARM 212Year 12024-202513576.9%78.2%7.4%
PHARM 212Year 12023-202413670.8%71.6%8.8%
PHARM 213Year 12025-202613979.9%79.7%8.1%
PHARM 213Year 12024-202513476.8%77.4%7.5%
PHARM 213Year 12023-202413674.8%75.3%8.2%
PHARM 312Year 22025-202613473.6%74.6%8.3%
PHARM 312Year 22024-202513373.2%73.5%8.0%
PHARM 312Year 22023-202413973.0%72.5%7.5%
PHARM 313Year 22025-202613374.0%74.4%7.7%
PHARM 313Year 22024-202513371.1%71.8%8.3%
PHARM 313Year 22023-202413968.1%68.0%8.2%
PHARM 412Year 32025-202613082.0%82.6%7.5%
PHARM 412Year 32024-202513573.1%73.2%8.3%
PHARM 412Year 32023-202412577.4%77.3%7.9%
PHARM 413Year 32023-202412686.5%87.0%3.6%

Calculation note. For each student, exam scores were averaged within each course. Those course averages were then averaged to summarize performance across the stream. Years 1, 2 and 3 are shown separately.

Exam Reliability and Item Statistics Evidence

How well are our assessments functioning as measures of student performance?

How consistently are our exams measuring student performance?

Each dot is one written exam in the selected academic year. Higher values mean the questions on that exam worked together more consistently.

Year 1Year 2Year 3
0.500.600.700.800.901.00

Exam reliability is not course-grade reliability. A final course grade based on several related assessments may be more stable than any one exam, but course-grade reliability is not estimated here.

Year one shows higher exam consistency

Individual exam consistency is generally higher in Year one, lower and more clustered in Year two, with the single Year three exam falling in between, suggesting benefit from aggregating multiple assessments for course-grade stability.

What contributes to exam consistency? One important part is how the individual questions work together. Questions that are very easy or very difficult for most students can provide less information about differences in performance, while questions that do not separate stronger from weaker overall exam performance may deserve closer review.

Are our exam questions giving us useful information about differences in student performance?

Each dot is one scored question from written exams in the selected academic year. Choose a program year to bring those questions forward while keeping the rest in view.

506 questions reviewed · 3% very difficult · 15% very easy · 19% low discrimination · 8% negative discrimination
0.000.250.500.751.00-0.20.00.20.4
How well the question separates stronger and weaker overall exam performance
How often students answered correctly — fewer ← → more

Discrimination flags are the most actionable signal

Discrimination, showing whether students who did better on the rest were more likely to answer correctly, best highlights items for review, especially those moving opposite to overall exam performance or providing little separation.

One important limit: question functioning and exam consistency tell us how the assessment is behaving. They do not tell us whether the exam adequately covers the intended learning.

Graduating-Student Perspective

How prepared do graduating students say they are, and where do they believe knowledge and skills were developed?

Self-reported preparedness by AFPC professional role

Graduating students rated how prepared they felt across the statements that make up each professional role. Within each role, read down from the most recent academic year to see how the response distribution has changed over time.

AFPC professional roleAcademic yearOverall graduating-student rating
Care Provider2025–26
2024–25
2023–24
Health Advocate2025–26
2024–25
2023–24
Leader-Manager2025–26
2024–25
2023–24
Professional2025–26
2024–25
2023–24
Scholar2025–26
2024–25
2023–24
Very unpreparedUnpreparedSomewhat unpreparedSomewhat preparedPreparedVery prepared

Each row pools the six-point ratings across the governed statements contributing to that professional role. Point to or focus a bar for the median and share rated Prepared or Very prepared.

Self-reported knowledge & skill development

The eight lowest-rated stream-relevant topics in the most recent graduating-student survey are shown as full response distributions. The mean is used only to determine which topics appear.

TopicGraduating-student rating
climate change and its effects on health
biostatistics
digital health
pharmacoeconomics
health systems planning
global citizenship
pharmacoepidemiology
healthcare systems and health economics
Very underdevelopedUnderdevelopedSomewhat underdevelopedSomewhat developedDevelopedVery developed
CCAPP knowledge & skill detail
biostatistics2026444.3
biostatistics2025437.5
biostatistics2024420.8
business and practice management2025438.5
business and practice management2024429
climate change and its effects on health2026435.9
cultural diversity2026580.5
cultural diversity2025566.2
cultural diversity2024553.5
cultural safety, humility, and responsiveness2026581.7
digital health2026447.5
ethical and professional standards of practice2026590.2
ethical and professional standards of practice2025582.5
ethical and professional standards of practice2024572
global citizenship2026551.9
global citizenship2025444.6
global citizenship2024433
health advocacy2026579.3
health care economics2025440
health care economics2024423.5
health equity and social determinants of health2026587.8
health systems2025573.4
health systems2024446.5
health systems planning2026448.8
healthcare education2026580.5
healthcare systems and health economics2026564.6
Indigenous cultural competency2025564.6
Indigenous cultural competency2024555
Indigenous history (residential schools, colonialism), anti-Indigenous racism, right to self-determination, values, teachings, practices, and healthcare needs2026575.6
management and leadership2026558.5
pharmacoeconomics2026447.6
pharmacoeconomics2025437.2
pharmacoeconomics2024429.9
pharmacoepidemiology2026559.3
pharmacoepidemiology2025443.8
pharmacoepidemiology2024426.3
pharmacy informatics2025560
pharmacy informatics2024442.9
pharmacy law and regulatory issues2026584.1
pharmacy law and regulatory issues2025582.1
pharmacy law and regulatory issues2024557
profession of pharmacy2025580
profession of pharmacy2024561
professional identity formation2026581.7
professional learning and development2026579.3
professional wellbeing2026569.5
public health2026574.4
quality improvement2026567.1
quality improvement2025553.2
quality improvement2024441.4
research methods2026570.7
the pharmacist's role in primary care2025582.5
the pharmacist's role in primary care2024577
the pharmacist's role in public health2025580
the pharmacist's role in public health2024570
theory of communication2025573.4
theory of communication2024559

These are graduating-student self-reports. They describe perceived preparedness and development, not demonstrated competence.

Licensure Examination Performance

What does PEBC evidence add to the picture of achievement?

PEBC MCQ longitudinal performance

Within each area, read from the most recent reporting year to earlier reporting years. MCQ average item-difficulty scale. Lower values indicate stronger relative performance on this PEBC measure. National values are shown only where they are already available in the governed PEBC evidence. To keep the stream view focused, the figure shows the highest-relevance competencies identified by the governed PEBC-to-AFPC-to-stream crosswalk.

UAlbertaNational
0.000.501.00

Ethical, Legal and Professional Responsibilities

2024–25
0.80
2023–24
0.80
2022–23
0.82

Practice Setting

2024–25
0.74
2023–24
0.75
2022–23
0.77

Health Promotion

2024–25
0.74
2023–24
0.71
2022–23
0.74

Knowledge and Research Application

2024–25
0.70
2023–24
0.73
2022–23
0.73

Quality and Safety

2024–25
0.72
2023–24
0.71
2022–23
0.78

PEBC OSCE longitudinal performance

Within each area, read from the most recent reporting year to earlier reporting years. OSCE competency-rating scale shown on the axis. National values are shown only where they are already available in the governed PEBC evidence. To keep the stream view focused, the figure shows the highest-relevance competencies identified by the governed PEBC-to-AFPC-to-stream crosswalk.

UAlbertaNational
50.0067.5085.00

Ethical, Legal and Professional Responsibilities

2024–25
50.60
2023–24
67.40
2022–23
84.00

Product Distribution

2024–25
67.00
2023–24
71.30
2022–23
67.10

Knowledge and Research Application

2024–25
70.30
2023–24
70.90
2022–23
74.10

Intra- and Inter-Professional Collaboration

2024–25
55.50
2023–24
55.90
2022–23
57.90

Quality and Safety

2024–25Unavailable
2023–24Unavailable
2022–23
81.90

PEBC OSCE global ratings

Within each area, read from the most recent reporting year to earlier reporting years. 1–4 OSCE global-rating scale. Higher values indicate stronger ratings. National values are shown only where they are already available in the governed PEBC evidence.

UAlbertaNational
1.002.504.00

Communication

2024–25
3.60
2023–24
3.60
2022–23
3.70

Outcome

2024–25
2.80
2023–24
2.80
2022–23
3.00

Overall performance

2024–25
3.00
2023–24
3.00
2022–23
3.20

MCQ and OSCE retain their own original measures and scales. Stream relationships establish relevance, not causal attribution.

Where the Evidence Connects

What becomes clearer when these perspectives are considered together?

Across the evidence

What becomes clearer?

Looking across the sources, a consistent picture is that the most recent reporting year shows higher program-level performance than earlier reporting years, and exam-quality indicators are available for each program year. Graduating students tend to report strongest preparedness for Professional and Care Provider roles and weaker preparedness for Leader‑Manager. External PEBC results are mixed: some MCQ competencies and several OSCE competencies sit at or above national comparisons while others sit below.

Keep in mind

What should stay distinct?

These sources use different instruments, scales, and reporting windows and must be kept separate. Test-level reliability varies by year and test and affects how precisely exam scores can be interpreted; MCQ metrics are reported on a lower-is-better scale while OSCE competency scores are on a higher-is-better scale and should not be equated; and graduating student self-report captures perceived preparedness rather than observed performance. Use the different indicators as complementary context rather than pooled evidence.

Questions for Review

What questions does the achievement evidence warrant further consideration?

  • To what extent does the Year‑3 rebound reflect a genuine improvement in candidate proficiency versus changes in item quality or exam composition, given the upper‑tail distributional shift and heterogeneous reliability across exams?
  • Do graduates’ repeated lower self‑ratings for Scholar and Leader‑Manager roles (notably quantitative/management topics) correspond with PEBC signals (MCQ/OSCE domains) that suggest weaknesses in collaboration or applied quantitative skills, and what targeted curriculum or assessment evidence is needed to test that link?
  • Given recurring item‑functioning concerns and absent blueprint/validity documentation, what immediate assessment‑quality actions (item review, removal, blueprint disclosure, rater‑training records) should be prioritized to increase confidence in using exam trends for curriculum decisions?
About this Evidence

Where did this information come from, and how was it prepared?

What information is included

This workspace brings together several different perspectives on achievement for the selected pharmacy stream: performance in program assessments, information about how written exams are functioning, graduating-student self-report, and PEBC licensure results.

These sources answer different questions and are kept separate. Program assessments show performance within the curriculum, graduating-student surveys describe perceived preparedness and development, and PEBC provides an external perspective after the program.

How program performance and assessment quality are shown

Program-performance figures summarize student exam performance within each course and then across courses in the stream. Program years are shown separately, and the most recent academic year can be compared with earlier academic years using the same calculation.

Assessment-quality figures provide additional context about how individual written exams and exam questions are functioning. Exam reliability and item statistics can help identify results that deserve closer review, but they do not establish whether an exam adequately covers the intended curriculum.

Exam reliability describes an individual assessment, not the reliability of a final course grade that combines several assessments.

How graduating-student ratings are shown

AFPC professional-role preparedness and CCAPP knowledge-and-skill development use six-point response scales. The coloured bars show the full distribution of student responses rather than reducing the result to a single score. Hover or keyboard focus provides the median and the share of responses in the two most favourable categories.

The professional-role figure compares the same role across available survey years. The knowledge-and-skill figure shows the eight lowest-rated stream-relevant topics in the most recent survey; the mean is used only to select those topics, while the displayed evidence remains the full response distribution.

These are student self-reports. They complement demonstrated achievement evidence but are not treated as direct measures of competence.

How PEBC results are shown

PEBC results are displayed on their original assessment-specific scales. MCQ competency results, OSCE competency results, and the available 1–4 OSCE global ratings are shown separately. Within each figure, the most recent reporting year appears first so changes can be followed over time.

UAlberta results are shown alongside the national value when that comparison already exists in the governed PEBC evidence. Missing national values are left absent rather than reconstructed.

PEBC reporting years are not treated as equivalent to the academic-cycle selector, and relationships to a stream establish relevance rather than showing that the stream caused the result.

How the written summaries and review questions are created

The report first prepares the quantitative evidence and its source-specific limits. AI-assisted writing is then used to create concise educator-facing What stands out notes, cross-evidence orientation, and review questions from those prepared records.

AI-assisted writing does not calculate the figures, combine unlike scales, decide whether learning outcomes have been achieved, determine why a pattern occurred, or recommend curriculum changes. Those judgments remain with the educators reviewing the evidence.

The written summaries are prepared before the report is displayed. Opening or browsing this report does not send a new request to an AI service.

How to interpret differences and missing information

A visible difference between academic years, survey years, or PEBC reporting years does not by itself establish an educationally important improvement or decline. Each source should first be interpreted on its own scale and within its own reporting period.

When evidence is missing, not comparable, unavailable for a stream, or reported on a different scale, the workspace keeps that limitation visible rather than filling the gap or creating a combined achievement score.