NR 524 Week 4 Curriculum Map With Empty Cells Example

Curriculum Development Chamberlain University Free custom sample in 24 to 48h

Set out as a grid, this NR 524 Week 4 sample paper is a curriculum map of six program outcomes across eight nursing courses in a rural associate degree program. Chamberlain NR 524, entered in the catalog as NR-524, uses Week 4 to show how a map exposes an ordered argument. Levels, introduced, developed or mastered, were assigned from syllabi, assignments and clinical evaluation tools rather than faculty intentions, and checked by course leads and an outside colleague. Most outcomes run cleanly from introduction to mastery. One does not: end-of-life care is introduced three times and never developed. The paper reads each row, sets the blank cells against national competencies and names the courses where change should happen.

CourseNR 524 Curriculum Development
Week4
Paper typeCurriculum map
LengthAbout 1,110 words, 3 pages
FormatAPA 7 student paper
SchoolChamberlain University
ProgramMSN, Nurse Educator
UpdatedSeptember 2026

Free sample paper for NR 524 Week 4

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Curriculum Map: Six Program Outcomes Across Eight Nursing Courses, the Level at Which Each Course Touches Each Outcome, and the Empty Cells That Show What No Course Has Agreed to Carry

Student Name

College of Nursing, Chamberlain University

NR 524: Curriculum Development

Instructor Name

Month Day, Year

What this page is doingThe title presents the map as evidence and points to its empty cells, which is where the map earns its keep. Student APA 7 title page.
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Curriculum Map: Six Program Outcomes Across Eight Nursing Courses, the Level at Which Each Course Touches Each Outcome, and the Empty Cells That Show What No Course Has Agreed to Carry

What the Map Records

This map sets the six new end-of-program outcomes for our associate degree nursing program down one side and the eight nursing courses across the top. Each cell records the level at which a course addresses an outcome, as the course is currently taught: I for introduced, D for developed, M for brought to mastery, and a blank where the course does not address the outcome in any assessed way. The levels were assigned by reading each course's syllabus, assignments and clinical evaluation tool, not by asking faculty what they intend, because a map built from intentions tends to show every cell filled. Harden (2001) presents a map as the tool that lets a faculty see, in one place, what is taught, when and how, so that duplication and omission stand out; this map applies that idea to one question: does every outcome have courses that carry it?

The Map

Table 1 is the map as the curriculum stands now.

Table 1

Curriculum Map, Current State

OutcomeNUR 110 FoundationsNUR 115 Pharm INUR 120 Adult INUR 125 Mental HealthNUR 210 Maternal-ChildNUR 215 Adult IINUR 220 Complex CareNUR 225 Transition
1. SafetyIIDDDDMM
2. Clinical judgmentIIDDDDMM
3. Person- and family-centered care, including end of lifeIII
4. Communication and teamworkIDDDDMM
5. Professionalism and ethicsIDDDM
6. Care in rural settingsIDD

Note. I = introduced; D = developed; M = mastered; blank = not addressed in any assessed way. Levels assigned from syllabi, assignments and clinical evaluation tools.

How the Map Was Checked

Because levels were assigned by one reader, two steps were taken to check them. First, each course lead received the row for their own course with the evidence behind each cell and was asked to correct anything wrong; four cells changed, three of them upward when a lead pointed to an assessed assignment the syllabus did not describe well. Second, a colleague from the practical nursing program, who does not teach in these courses, independently mapped outcome 3 from the same documents. Her row matched the one shown in Table 1 exactly. The map is therefore a fair picture of what the courses assess, though it may understate what some faculty teach informally.

Reading the Rows

Outcomes 1, 2 and 4 follow the pattern a well-built curriculum should show: introduced in the first semester, developed through the middle and brought to mastery in the final courses. These are the outcomes the program has always emphasized, and the map confirms it carries them.

Outcome 5, professionalism and ethics, has two blanks in the middle, in Maternal-Child and Complex Care. Both courses discuss ethical issues informally, but neither assesses them. The row still reaches mastery in the transition course, so the gap is one of continuity rather than absence.

Outcome 6, care in rural settings, starts late, in the third semester. That may be defensible, since students need foundational skills before learning to coordinate across settings, but the faculty should decide it deliberately rather than inherit it.

Outcome 3, person- and family-centered care including end of life, is the row that matters most. It is introduced three times, in Foundations, Mental Health and Maternal-Child, but it is never developed and never brought to mastery. In Foundations the entry is a single class period on dying; the Mental Health entry is a week on grief; the Maternal-Child entry is perinatal loss. The Complex Care course offers an optional hospice clinical day, which is why its cell is blank: optional and unassessed does not count.

What this page is doingEach row is read for its pattern, and the empty cells are treated as findings, not as missing data, which is the purpose of the map.
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What the Empty Cells Show

An outcome introduced three times and never developed is a promise the program repeats but does not keep. Students meet end-of-life content in fragments, across three semesters, in three different contexts, and are never asked to bring those fragments together or to show they can use them. This matches what a multisite study of prelicensure programs found: palliative content taught across several courses, mainly by lecture, without a clear home (Lippe, 2019).

The map also shows where the outcome could be carried. Adult Health I and II are the natural places to develop it, because medical-surgical patients with serious chronic illness are where new graduates will most often meet patients near the end of life. Complex Care is the natural place for mastery, because its clinical rotations include intensive care and hospice. Those three blank cells are where the revision should act.

The Standard the Blank Cells Fall Short Of

The blank cells are not only an internal inconsistency; they fall short of a national benchmark. The national undergraduate palliative care competency statement lists what all undergraduate nursing students should be able to do by graduation, from communicating about serious illness to supporting families after a death (Ferrell et al., 2016). A program that introduces this content three times and assesses it nowhere cannot show that its graduates meet those competencies. When the map is presented to the curriculum committee, the CARES list will sit beside it, so members can see both what the program promises and what the profession expects.

What the Map Cannot Show

The map records whether an outcome is addressed and at what level, not how well it is taught. A D in a cell may mean a single well-designed assignment or a scattered set of weak ones. It also does not show hours; Foundations' introduction to end-of-life care is one hour, while its introduction to safety runs across the whole course. A later gap analysis will read the course documents behind the cells in more detail. For now, the map has done its job: it has shown, in a form the curriculum committee can read in a minute, that one program outcome has no course carrying it beyond an introduction, and it has pointed to the three courses where that could change.

The map will be reissued each year, and the first version after the revision should show D and M in the three cells that are blank today.

References

Ferrell, B., Malloy, P., Mazanec, P., & Virani, R. (2016). CARES: AACN's new competencies and recommendations for educating undergraduate nursing students to improve palliative care. Journal of Professional Nursing, 32(5), 327-333. https://doi.org/10.1016/j.profnurs.2016.07.002

Harden, R. M. (2001). AMEE Guide No. 21: Curriculum mapping: A tool for transparent and authentic teaching and learning. Medical Teacher, 23(2), 123-137. https://doi.org/10.1080/01421590120036547

Lippe, M. (2019). Assessment of primary palliative care content within prelicensure nursing education: A multisite feasibility study. Journal of Hospice & Palliative Nursing, 21(5), 373-381. https://doi.org/10.1097/NJH.0000000000000535

What the NR 524 Week 4 assignment asks for

For Week 4 you build a curriculum map that shows how program outcomes are addressed across courses. Prompts usually ask for a matrix with outcomes on one axis and courses on the other, a coding system for the level of coverage and an analysis of what the map shows. The map is most useful when it is built from evidence, such as syllabi and assessments, rather than from what faculty intend. Explain your coding scheme, describe how you verified it and interpret the patterns, especially gaps and redundancies. Cite sources on curriculum mapping in APA 7. Your section may specify a template and may allow a real or composite program, provided identifying details are handled carefully.

Inside the NR 524 Week 4 example

The example explains what each cell records and why levels came from documents rather than intentions, citing guidance on mapping. A section describes how course leads corrected four cells and how an outside colleague independently confirmed the key row. Table 1 presents the map. Row by row, the paper explains which outcomes follow the expected pattern, which have gaps in continuity, which start late and which never develop. A section interprets the blank cells for end-of-life care, compares them with the national undergraduate palliative competencies and identifies the three courses where the outcome should be carried. A final section states what the map cannot show.

NR 524 Week 4 rubric: what full points look like

The rubric for the curriculum map usually rewards a complete and accurate matrix, a clear coding scheme, sound analysis of gaps and redundancies, and implications for revision. Graders look for maps built from evidence and for honest reporting of empty cells. Verification, such as review by course leads, strengthens credibility. The analysis criterion rewards interpreting patterns rather than restating the grid. Links to external standards help show why a gap matters. A readable table in APA 7 format and clear prose complete the grade, and a section on the map's limits often earns credit under critical thinking in this assignment. Describing how the levels were verified, even informally, usually strengthens the credibility score.

Common NR 524 Week 4 mistakes, and how to avoid them

The most common mistake is a map in which every cell is filled, usually because it records intentions rather than evidence. Build it from what courses actually assess. Another is a coding scheme that is never explained. Students also present the grid without interpreting it; say what each row shows. Treat blank cells as findings, not as missing data. Verify levels with course leads if you can. Avoid overwhelming the reader with too many outcomes or courses; a readable map is more useful than a complete one. Finally, say what the map cannot show, such as quality or hours, so readers do not ask more of it than it can give.

Get a NR 524 Week 4 example written to your instructions

Send the prompt, the rubric and the outcome set your section is working from, and we will build a custom NR 524 Week 4 example around them, grid and analysis together. It arrives inside 24-48h and the first one is free, so you can see how a completed map is read before you commit to your own coding scheme.

More NR 524 papers and MSN samples

NR 524 Week 4 questions, answered

Which coding scheme should the map use?

Introduced, reinforced and evidenced is the most common set, but programs use others and your section may name one. What matters is that the key defines each code as an observable difference in what the course asks of a cohort, not as a vague depth. A code readers can apply consistently is worth more than a fashionable one.

Can I map a real program or must I invent one?

Many sections permit either, and a real program of study makes the analysis sharper because the gaps are genuine. Work from published course descriptions and objectives so every cell is defensible. If you invent a program, keep the credit hours realistic, since an imaginary curriculum with unlimited room removes the constraint the whole exercise depends on.

How large should the grid be?

Large enough that the sequence is visible and small enough to read on a page. Most maps take the full outcome set against the required courses and leave electives out, or handle them in a separate short table. If the grid will not fit the template, a rotated page or an appendix is normally accepted, provided the analysis stays with the narrative.

Where can I find a free NR 524 Week 4 sample paper?

The eight-course map printed above is the whole NR 524 Week 4 sample, free to read. If you are mapping a different program, send its outcomes and courses through the request form for a map built from them.

Which coding scheme should the NR 524 curriculum map use?

A simple introduced, developed and mastered scheme works well if you define each level. The sample adds a rule that a blank means not addressed in any assessed way.