16.2 Scholar Qualities & Designing Scholarly Activities (Boyer)
Key Takeaways
- Boyer’s model expands legitimate scholarship beyond discovery to include integration, application (engagement), and teaching—foundational framing for CNE Domain 7 and SoTL.
- Scholar qualities emphasized in nurse educator practice include integrity, courage, perseverance, vitality, and creativity—character that sustains ethical, rigorous, resilient inquiry.
- Design scholarly activities to fit institutional mission and resources (teaching-focused vs research-intensive) while still meeting standards of clear questions, systematic methods, and public critique.
- Research basics for educators include a focused question, appropriate design overview, collaboration, and IRB/human-subjects awareness—even for many classroom and program-data projects.
- CNE traps: treating only discovery research as scholarship; launching projects without questions/methods/ethics; ignoring SoTL as real scholarly work.
Designing Scholarship as an Academic Nurse Educator
Once a culture of inquiry exists (Section 16.1), Domain 7 asks whether faculty can design and conduct scholarly activities with integrity. Ernest L. Boyer’s influential expansion of scholarship remains high-yield for the CNE: discovery is necessary but not sufficient as the only recognized form. Academic nurse educators—especially in teaching-intensive programs—must map their work to multiple legitimate forms of scholarship while still meeting scholarly standards (clear problem, systematic approach, results that can be peer-reviewed or publicly critiqued, and ethical conduct).
Quick Answer: Use Boyer’s domains (discovery, integration, application, teaching/SoTL) to name and design work; cultivate scholar qualities; match projects to mission and resources; start with a real question, a feasible design, collaborators as needed, and IRB awareness.
Boyer’s Model: Four Scholarships (and SoTL)
| Boyer domain | Core idea | Nursing education examples |
|---|---|---|
| Discovery | Original research that generates new knowledge | Educational research trial of a simulation intervention; psychometric study of a clinical evaluation tool |
| Integration | Making meaning across disciplines or literatures; synthesis | Interdisciplinary review linking cognitive science to clinical judgment teaching; textbook/chapter synthesizing evidence on inclusive pedagogy |
| Application (engagement) | Using knowledge to solve consequential problems with partners | Partnered QI with a clinical agency on student onboarding safety; applying evaluation findings to fix a high-risk transition-to-practice gap |
| Teaching | Systematic study, reflection, and improvement of teaching and learning; public sharing | SoTL study of flipped classroom effects on clinical judgment items; peer-reviewed teaching strategy with assessment evidence |
Scholarship of Teaching and Learning (SoTL)
SoTL grows from Boyer’s teaching scholarship. It is more than “I tried a new activity and liked it.” Scholarly teaching becomes SoTL when faculty:
- Pose a question about student learning
- Ground the work in literature
- Systematically gather and analyze evidence (qualitative, quantitative, or mixed)
- Invite peer review / public dissemination
- Reflect and iterate
| Activity | Likely category | Why |
|---|---|---|
| Double-blind multi-site trial of a new drug teaching module’s effect on knowledge retention | Discovery (educational research) | Original knowledge generation with formal design |
| Critical synthesis of debriefing literature across simulation and psychology | Integration | Cross-field meaning-making |
| Implementing AHRQ teamwork tools with a unit and evaluating student–staff collaboration metrics | Application | Knowledge used to solve practice/education problem |
| Redesigning a course with pre/post clinical judgment measures and peer-reviewed poster | Teaching / SoTL | Systematic inquiry into teaching–learning |
CNE trap: Calling any teaching change “research” without systematic inquiry—or, conversely, refusing to call rigorous SoTL “scholarship” because it is not bench science.
Qualities of a Scholar
Domain 7 includes who the scholar is, not only what projects they list. Qualities frequently emphasized in nurse educator scholarship discourse include:
| Quality | Meaning in practice | Failure mode |
|---|---|---|
| Integrity | Honest methods, accurate reporting, ethical authorship, respect for participants/learners | P-hacking, ghost authorship, hiding negative findings |
| Courage | Asking hard questions; challenging weak traditions; submitting work for critique | Avoiding peer review; never risking a conference abstract |
| Perseverance | Sustaining projects through revision, rejection, and slow IRB cycles | Abandoning at first setback; never finishing manuscripts |
| Vitality | Intellectual energy, curiosity, engagement with the field | Burned-out cynicism (“nothing works, why study it”) |
| Creativity | Novel questions, designs, teaching innovations, dissemination formats | Copying trends without context or rigor |
On exam stems, the better option usually pairs character + method (e.g., persevering through revision after peer review) rather than flashy claims without integrity.
Designing Scholarly Activities for Institutional Mission
Scholarship must be mission-appropriate and resource-realistic while remaining scholarly.
| Context | Realistic Domain 7 emphasis | Still required |
|---|---|---|
| Teaching-focused / community college / heavy clinical load | SoTL, integration reviews, local application/QI, conference posters, open educational resources with peer review | Clear questions, ethics, systematic evidence, dissemination |
| Comprehensive universities | Mix of SoTL, educational research, practice partnerships, moderate external funding | Alignment with rank/tenure criteria and supports |
| R1 / research-intensive | Discovery programs, multi-site studies, grants, doctoral mentoring—plus teaching scholarship if claimed | Not using “R1” as excuse to ignore teaching quality inquiry |
| Weak design choice | Stronger design choice |
|---|---|
| “I need a publication; any topic” | Question arises from teaching/program problem or knowledge gap |
| Solo project far beyond methods skill | Collaborate with methodologist; right-size design |
| Ignore promotion criteria until year of review | Map products to institutional definitions of scholarship early |
| Copy an R1 lab model with no infrastructure | Choose SoTL/QI feasible in teaching load |
| Skip literature review | Build on prior knowledge; avoid redundant weak studies |
Domain 8 (workload/mission) intersects here: good Domain 7 design negotiates fit rather than pretending every campus is identical.
Research Basics for Educators (High-Yield Overview)
CNE does not require biostatistics expertise of a full-time methodologist, but educators should know the pipeline:
Practice/teaching problem or knowledge gap
↓
Focused question (often PICOT-like or educational research question)
↓
Literature review & conceptual framing
↓
Design & methods (qual, quant, mixed; QI vs research distinction)
↓
Ethics / IRB determination & approvals as required
↓
Data collection & analysis
↓
Interpretation with limitations
↓
Dissemination & application (Section 16.3)
Question and design
- Descriptive — What is happening? (e.g., student perceptions of belonging)
- Relational — Are variables associated? (e.g., simulation hours and clinical judgment scores)
- Causal / comparative — Does intervention X improve outcome Y compared with alternative?
- Qualitative — How do learners experience X? What meanings emerge?
- QI / PDSA — Can we improve a local process? (may or may not generalize; still can be scholarly when systematic and shared)
Match design to question. A randomized design is not automatically “more scholarly” if the question is exploratory or the sample is tiny and contaminated.
Collaborative scholarship
Collaboration is often a strength, not a weakness:
- Content expert + education researcher + statistician
- Cross-campus multi-site teaching studies
- Clinical partner + faculty for application scholarship
- Interprofessional teams for IPE-related inquiry
Agree early on roles, authorship, data ownership, and timelines (integrity).
IRB and human-subjects awareness
Academic nurse educators must know that learner data are not automatically free to publish.
| Situation | Domain 7-aligned action |
|---|---|
| Plan to present or publish identifiable or systematically collected student data | Seek institutional review / IRB determination early |
| Classroom assessment used only for improvement of this course offering | Often QI/educational improvement—still confirm local policy |
| Secondary analysis of existing program data | Confirm whether IRB review or exempt determination applies |
| Vulnerable populations, deception, or more than minimal risk | Full ethical scrutiny; do not proceed casually |
| Student assistants recruiting peers | Extra care for coercion and consent |
CNE trap: “It’s just my class—no one needs IRB.” Better answer: consult institutional process early; many SoTL projects are exempt or expedited, but determination is not the investigator’s alone.
Also maintain awareness of FERPA when educational records are involved (Domain 6 legal currency overlap): de-identification, permissions, and institutional rules matter.
Putting It Together: A Mission-Fit SoTL Mini-Example
| Element | Example |
|---|---|
| Context | Teaching-intensive BSN; limited grant infrastructure |
| Problem | Weak performance on clinical judgment items after lecture-heavy pharmacology |
| Question | Does adding structured case-based retrieval practice improve item performance vs prior cohort comparison, controlling for GPA band? |
| Boyer type | Teaching / SoTL (with possible integration of learning-science literature) |
| Methods overview | Quasi-experimental historical comparison + student perception survey; item analysis |
| Ethics | IRB determination; consent if research; careful grade protection |
| Collaboration | Peer faculty for item review; assessment specialist for analysis |
| Scholar qualities | Integrity in reporting null findings; perseverance through revision |
| Dissemination plan | Department teaching showcase → regional education conference → education journal |
Common CNE Traps
| Trap | Why it fails | Better move |
|---|---|---|
| Only discovery counts | Contradicts Boyer and most nursing education roles | Name and design all four domains |
| Ignoring SoTL | Leaves teaching unexamined as scholarly work | Systematic learning-focused inquiry |
| Project without a question | Activity is not scholarship | Start with gap + question |
| Methods mismatch | Invalid or unusable results | Design follows question; collaborate |
| Ethics afterthought | Harms learners; blocks dissemination | IRB awareness first |
| Mission mismatch | Unsustainable; evaluation failure | Fit projects to context and criteria |
Bottom Line for Scholar Qualities & Boyer-Aligned Design
Use Boyer’s expanded model to legitimize and design discovery, integration, application, and teaching/SoTL work. Cultivate integrity, courage, perseverance, vitality, and creativity. Build feasible projects with clear questions, appropriate methods, collaboration, and IRB awareness. On CNE items, reject both research elitism (only funded discovery) and casual anti-methods culture (any anecdote counts as scholarship).
A faculty member systematically studies whether a new debriefing structure improves students’ clinical judgment scores, grounds the work in literature, analyzes data, and submits a peer-reviewed education manuscript. Which Boyer category best fits?
Which plan best reflects designing scholarly activity appropriate to a teaching-focused nursing program with limited research infrastructure?
A nurse educator wants to present classroom survey results about a new active-learning strategy at a national conference. What is the most appropriate first ethics-related step?
Which behavior best demonstrates scholar qualities valued in Domain 7 when a manuscript receives major revisions and a null primary finding?