MMHA 5500 Week 6 Cross-Training Design Paper Example

Human Resource Management and Organizational Development and Leadership for Healthcare Administrators Walden University Free custom sample in 24 to 48h

This MMHA 5500 Week 6 training design example cross-trains six pre-operative nurses at a composite surgery center for phase II recovery, so that late cases stop depending on the same two people. Walden MMHA 5500 asks MHA students to price training in the time it takes from patient care, and the design ties itself to one measured problem, writes objectives as observable performance against perianesthesia practice recommendations and uses Lombardo and Eichinger's 70-20-10 model as a heuristic to proportion effort. An hours table prices the cohort at about 246 nurse-hours, with backfill and any surgical slots at risk. Scheduling places training on lighter days and staggers pairs. Preceptors are chosen and supported, risks are named and success is judged against the original problem, with Hom and colleagues' turnover research behind the concern for the two fatigued nurses.

CourseMMHA 5500 Human Resource Management and Organizational Development and Leadership for Healthcare Administrators
WeekWeek 6
Paper typeCross-training design paper
LengthAbout 1,040 words, 6 pages
FormatAPA 7 student paper
SchoolWalden University
ProgramMaster of Healthcare Administration (MHA)
UpdatedOctober 2026

Free sample paper for MMHA 5500 Week 6

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Training Design: Cross-Training Six Pre-Operative Nurses for Phase II Recovery, Priced in Hours

Student Name

Walden University

MMHA 5500: Human Resource Management and Organizational Development and Leadership for Healthcare Administrators

Instructor Name

Month Day, Year

What this page is doingPricing the training in hours in the title tells a manager the design accounts for the time it takes from patient care.
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Training Design: Cross-Training Six Pre-Operative Nurses for Phase II Recovery, Priced in Hours

Needs Statement

At Lakeside Surgery Center, the ambulatory surgery site in this composite network, recovery coverage for late cases rests on too few nurses. In the past quarter, on illustrative figures, two recovery nurses covered most cases that ran past 4 p.m., and both have reported fatigue. Six pre-operative nurses work at the center; none is currently competent in phase II recovery. Cross-training them would spread late coverage across eight nurses instead of two. This design plans that cross-training and prices it in hours: classroom time, precepted recovery shifts, the backfill each absence requires and any operating slots that may close while the education runs.

What this page is doingThe needs statement ties the plan to one measured problem.
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Learning Objectives

Once signed off, a nurse in the cohort can: complete a phase II recovery assessment to the center's standard, including pain, nausea, mobility and readiness for discharge; recognize signs that a phase II patient needs to return to phase I or be transferred, and act on them; deliver discharge teaching to a patient and escort using the center's discharge materials and confirm understanding; and complete the discharge documentation. Phase II competencies follow perianesthesia practice recommendations (American Society of PeriAnesthesia Nurses, 2022). Phase I recovery, which requires more advanced airway and hemodynamic skills, is outside this program.

What this page is doingObjectives are written as observable performance, which makes sign-off possible.
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The 70-20-10 Proportions

The design uses the 70-20-10 model to proportion effort. Associated with Lombardo and Eichinger's work at the Center for Creative Leadership, the model suggests that most development comes from experience on the job, a smaller share from relationships such as mentoring and a small share from formal instruction (Lombardo & Eichinger, 1996). The ratio is a planning heuristic rather than a measured law, and the design uses it only to keep formal training from dominating. In practice: a short formal module, about a tenth of the hours; a period of paired work beside an experienced recovery nurse, about a fifth; and supervised independent shifts before sign-off, the remaining seven-tenths.

What this page is doingThe design uses 70-20-10 to proportion effort, with the honest caveat that the ratio is a heuristic.
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Hours

Table 1 prices the program for the cohort of six.

Table 1

Training Hours for Six Nurses (Illustrative)

ActivityHours per nurseTotal hours, cohortBackfill requiredSurgical block affected?
Formal module: phase II assessment and discharge424Yes, if scheduled on a working dayNo, if held on a lighter afternoon
Paired shifts with a recovery nurse8 (two half-shifts)48Yes, pre-op role coveredPossibly, on full days
Supervised independent phase II shifts28 (seven half-shifts)168Partly; recovery work replaces pre-op workNo
Sign-off observation by educator16NoNo
Total41246
What this page is doingThe hours table carries the cost, one row per activity.
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What the Hours Mean

The program takes about 246 nurse-hours. The formal module and paired shifts, 72 hours in all, take nurses out of pre-operative work entirely, and someone must cover that work. If the center cannot backfill from the float pool, the pre-operative area runs short, and a morning case could start late. The supervised independent shifts cost less, because the nurse is doing recovery work the center needs anyway; the cost there is the pre-operative work not done. If backfill fails on a full surgical day, the center may need to close an operating slot rather than start cases with too few pre-operative nurses. The schedule below is designed to avoid that.

What this page is doingThe commentary explains the true cost: backfill and any surgical slots that may close.
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Scheduling

Training is scheduled on the center's lighter surgical days, usually Fridays and the second half of Wednesdays, when fewer cases are booked and pre-operative work is lighter. The cohort is split into three pairs, each starting two weeks after the last, so that no more than two pre-operative nurses are in training at once. The formal module is offered three times, once per pair, in an afternoon slot. Paired shifts and supervised independent shifts are scheduled in the afternoons, when pre-operative work has eased and late recovery cases are most common, so the training directly addresses the problem it was designed to solve.

What this page is doingScheduling places training on lighter days and spreads the cohort so pre-operative coverage holds.
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Choosing and Supporting Preceptors

The paired shifts and supervised independent shifts depend on the center's experienced recovery nurses, including the two whose fatigue prompted the program. Asking them to precept six colleagues on top of covering late cases could make their fatigue worse before it gets better. The design therefore uses three preceptors, adding one per-diem recovery nurse for the training period, and limits each preceptor to one trainee at a time. Preceptors receive a short briefing on the objectives and the sign-off criteria, so that every trainee is held to the same standard. On paired shifts, the preceptor's own assignment is reduced by one patient. These choices add a few hours of cost, but they protect the people the program is meant to relieve.

What this page is doingThe paired work depends on the recovery nurses who precept, so the design plans for them.
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Risks to the Plan

The plan is exposed in three places. To begin with, backfill may fail on a busy day, closing an operating slot; the staggered schedule reduces this risk, and the float pool coordinator will confirm backfill a week ahead for each training session. Second, some pre-operative nurses may not want to work late recovery shifts once trained, which would leave the original problem unsolved. The program asks each nurse, before enrollment, to agree to take a share of late recovery coverage, and offers a shift differential for late phase II work. Third, skills learned may fade if trained nurses rarely work in recovery. To prevent this, each trained nurse will work at least two phase II half-shifts a month for the first six months after sign-off, and the educator will review competency at six months. Each of these safeguards adds a little cost, but without them the hours already spent on training could be largely wasted.

What this page is doingNaming the risks shows which assumptions a manager should watch while the program runs.
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Sign-Off and Evaluation

Sign-off requires the clinical educator to observe each nurse completing a phase II assessment and a full discharge with teaching, and to confirm completion of the supervised shifts. Success is measured against the problem that prompted the program: the number of nurses covering late recovery cases each month, and the share of late cases covered by the two original recovery nurses, which should fall from most to less than half within three months of the last pair's sign-off. Turnover among the two original recovery nurses will also be watched, since relieving their fatigue is part of the program's purpose and workload is a known driver of nurses leaving (Hom et al., 2017).

What this page is doingSign-off is tied to observed performance, and the program is judged on the original problem.
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References

American Society of PeriAnesthesia Nurses. (2022). 2023-2024 perianesthesia nursing standards, practice recommendations and interpretive statements. American Society of PeriAnesthesia Nurses.

Hom, P. W., Lee, T. W., Shaw, J. D., & Hausknecht, J. P. (2017). One hundred years of employee turnover theory and research. Journal of Applied Psychology, 102(3), 530-545. https://doi.org/10.1037/apl0000103

Lombardo, M. M., & Eichinger, R. W. (1996). The career architect development planner. Lominger.

The Walden MMHA 5500 Week 6 instructions

Training design assignments commonly ask you to plan and justify a program. Tie the program to one measured problem, so its success can be judged. Write objectives as observable performance, grounded in the relevant practice standard, and state what is outside the program's scope. If you use a model to proportion effort, such as 70-20-10, say how you are applying it and acknowledge that it is a heuristic. Price the program in hours, per learner and for the cohort, including backfill and any service that may be disrupted. Schedule the training to protect operations. Plan for the people who teach, such as preceptors, so the program does not worsen the problem it addresses. Name the risks, and close with how success will be measured against the original problem.

Inside the MMHA 5500 Week 6 example

The needs statement ties the program to late recovery coverage resting on two fatigued nurses. Objectives list four observable competencies drawn from perianesthesia practice recommendations, excluding phase I. A section applies 70-20-10, credited to Lombardo and Eichinger, as a heuristic. Table 1 prices five activities at about 246 hours. A section explains backfill and the risk of closing a slot. Scheduling staggers three pairs on lighter afternoons. A section adds a per-diem preceptor and reduced assignments. A risks section covers backfill, willingness to work late and skill fade. The closing sets measures tied to late coverage, citing Hom and colleagues on workload and turnover.

MMHA 5500 Week 6 rubric: what earns full marks

Training designs are judged on whether they solve a measured problem at a known cost. A design that lists learning activities without tying them to a problem, or without pricing their time, earns modest credit. Objectives written as observable performance earn the first share. The hours table carries the next, especially where backfill and service disruption are counted rather than ignored. Applying a model such as 70-20-10 thoughtfully, as a heuristic, earns credit; treating it as a law loses some. Scheduling that protects operations and planning that protects preceptors show realism. Named risks with safeguards, and measures tied to the original problem, complete the design. A program that would worsen the problem it targets loses substantial credit.

MMHA 5500 Week 6 help: mistakes that cost marks

Training plans often describe a curriculum and a sign-off checklist, with cost given as the price of a course. In healthcare, the real cost is time away from patients. Start with the problem the training is meant to solve and write it as a number you could track. Then write what learners will be able to do, in terms someone could observe. Count every hour the program takes, and ask who covers the work while learners are in training. Plan the teachers' time too. Finally, decide how you will know, three months later, that the problem is smaller. We can design a training program for your setting that is tied to a measured problem and priced in hours.

Get a MMHA 5500 Week 6 example written to your instructions

Name the skill being trained, then add the prompt, the rubric and any staffing or hours figures your section provides; a training design costed on those figures is written. First custom sample free, back within 24 to 48 hours. Those six nurses and their surgery center are fictional, so your unit's education records stay private.

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MMHA 5500 Week 6 questions, answered

Where can I find a free MMHA 5500 Week 6 sample paper?

Open this page to read the training design and hours table free.

What problem does the MMHA 5500 Week 6 training address?

Late recovery cases depending on the same two fatigued recovery nurses.

How is effort proportioned?

Using 70-20-10 as a heuristic: a short formal module, paired shifts with a recovery nurse and supervised independent shifts.

How many hours does the program take?

About 41 hours per nurse and 246 for the cohort of six, with backfill needed for the module and paired shifts.

How will success be measured?

By the number of nurses covering late recovery and the share of late cases still covered by the original two.