| Course | HRMG 4201 Strategic Human Resource Management |
|---|---|
| Week | Week 6 |
| Paper type | Development case |
| Length | About 770 words, 5 pages |
| Format | APA 7 student paper |
| School | Walden University |
| Program | BS in Business Administration |
| Updated | October 2026 |
Free sample paper for HRMG 4201 Week 6
A Six-Month Paired Development Program for General-Service Technicians at Three Rivers: One Day Every Other Week With a Diagnostician, a Short Classroom Block and the Chain From Skill to Fewer Comebacks
Student Name
Walden University
HRMG 4201: Strategic Human Resource Management
Instructor Name
Month Day, Year
A Six-Month Paired Development Program for General-Service Technicians at Three Rivers: One Day Every Other Week With a Diagnostician, a Short Classroom Block and the Chain From Skill to Fewer Comebacks
The Gap
The workforce profile found that Three Rivers Auto Care, the regional repair chain this course follows, has 110 general-service technicians who receive many electrical complaints but lack the diagnostic skill to trace intermittent faults, while its 40 diagnostic technicians have that skill. About one electrical job in seven returns inside a month, nearly three times the rate for other work.
The Program
For six months, each of 30 selected general-service technicians spends one working day every other week paired with a diagnostic technician in the same shop. On paired days, the shop books electrical complaints into the pair's bay, so the general-service technician works on real faults with an expert beside them. The first visits are mainly observation; by the third month the general-service technician leads the diagnosis with the diagnostician checking. Alongside the paired days, a classroom block of four evening sessions covers meter use, reading wiring diagrams and the logic of tracing an intermittent fault, the parts that a live repair with a waiting customer cannot pause to explain. After six months, each participant completes the same diagnostic work sample used in hiring. Participants are chosen from general-service technicians who volunteer and whose foremen rate them as careful workers, because the program teaches judgment rather than speed. Shops with the highest share of electrical complaints receive places first.
Why Mostly On the Job
The program weights on-the-job learning heavily, consistent with the 70-20-10 rule of thumb associated with Lombardo and Eichinger (1996), which suggests that most development comes from challenging work, a smaller share from relationships such as coaching and the least from formal courses. The ratio is a heuristic rather than a finding, but it fits diagnostic work, which depends on judgment built through repeated cases. The classroom block covers the foundations that are hard to learn while a customer waits. Salas et al. (2012) note that training transfers best when learners practice on tasks close to the real job and receive feedback from someone skilled, which is exactly what a paired day provides. Noe (2020) adds that support from supervisors and peers after training is one of the strongest predictors of whether new skills are used, so the program asks foremen to keep booking electrical jobs to program graduates after the six months end.
The Chain of Effects
Each step depends on the one before, and each has a measure the chain already collects, so the program can be judged within a year rather than on faith. If step 1 fails, nothing follows. If step 1 succeeds but electrical jobs still go to whoever is free, as the workforce profile found, step 2 may still happen, because more of the technicians who receive those jobs will now be able to handle them.
Table 1
From Development to the Strategic Outcome
| Step | Effect | How the chain will measure it | |
|---|---|---|
| 1. Paired days and classroom block | General-service technicians gain diagnostic skill | Work-sample pass rate after six months | |
| 2. More technicians able to diagnose | More electrical jobs handled correctly the first time | Share of electrical jobs diagnosed without parts returned | |
| 3. Better first-visit diagnosis | Fewer electrical comebacks | Electrical comeback rate by shop | |
| 4. Fewer comebacks | Lower cost of free repairs and better customer retention | Cost of comeback repairs; repeat-customer rate | |
Composite company; measures available from the chain's repair-order system.
Cost
The main cost is lost production. Each participant loses about 13 paired days over six months to slower, shared work, and each diagnostician gives the same. At roughly half normal output on those days, each pair loses about 13 technician-days of production over six months, or about 390 days across 30 pairs. At an average of $26 an hour credited for eight hours, that is about $81,000 in lost billed labor, partly offset because paired days still complete real repairs. The classroom block adds instructor costs of about $8,000. Against this, the chain spends heavily on comeback repairs: if electrical comebacks fell from 14 to 10 percent, the savings in free repairs alone would likely exceed the program's cost within a year.
Risks
Two risks stand out. Diagnosticians may resent losing billed hours on paired days under flat-rate pay; paying them a training rate on those days, as the reward analysis implies, would address that. And trained general-service technicians may leave for dealerships that pay more for diagnostic skill, a risk best managed by linking completion to the pay structure.
References
Lombardo, M. M., & Eichinger, R. W. (1996). The career architect development planner. Lominger.
Noe, R. A. (2020). Employee training and development (8th ed.). McGraw Hill.
Salas, E., Tannenbaum, S. I., Kraiger, K., & Smith-Jentsch, K. A. (2012). The science of training and development in organizations: What matters in practice. Psychological Science in the Public Interest, 13(2), 74-101. https://doi.org/10.1177/1529100612436661
What the HRMG 4201 Week 6 instructions ask for
Week 6 moves from pay to people development. Restate the capability gap from your workforce profile in a sentence or two, then design one program that closes it, with enough detail that a manager could start it: who takes part, how often, for how long and what they do. Explain why the mix of on-the-job, coaching and classroom learning fits the skill in question, citing the training literature. Lay out the chain of effects from new skill to the business outcome, naming a measure for each step. Estimate what the program costs, including lost output, which students usually forget. Finish with the risks most likely to undermine it and how you would reduce them.
How this HRMG 4201 Week 6 example is built
The case is built in six parts. A two-sentence gap section draws on the earlier profile and the comeback figure. The program section gives the pairing schedule, booking electrical work into the pair's bay, the shift from observing to leading by month three, the four classroom evenings and the closing work sample. A justification section uses Lombardo and Eichinger's 70-20-10 heuristic with a caveat, then Salas and colleagues on realistic practice with feedback and Noe on supervisor support. A four-row table links skill gain, first-inspection diagnosis, comebacks and customer retention. A cost section works out about 390 lost technician-days and instructor fees, then sets them against comeback savings. The risk section covers resentful diagnosticians and trained staff leaving for dealerships.
Reading the HRMG 4201 Week 6 rubric
Development cases are scored on design, justification and realism. A design that names participants, frequency, duration and a final assessment scores well above one that simply recommends more training. The justification should explain why this learning method suits this skill, and the strongest papers treat popular heuristics with care rather than as findings. The chain of effects should be specific and measurable, so the program can be judged within a year. Costing earns marks when it includes lost production as well as course fees and sets the total against a plausible benefit. Naming realistic risks, especially the risk that newly skilled employees leave or that experts resent coaching, shows an understanding of how development programs fail in practice.
Common HRMG 4201 Week 6 mistakes, and how to avoid them
Start from the exact skill your profile found missing and ask how experienced people in the job actually learned it. If the answer is repeated cases with an expert nearby, design around that, with a smaller classroom piece for foundations that cannot be taught in the middle of live work. Write the schedule as a manager would post it. Then draw the steps from new skill to business result and find a number your organization already records for each. Costing is where drafts are weakest: count the hours people spend learning rather than producing, at their pay rate. A frequent error is to assume transfer happens on its own, without support from supervisors. If your program is for nurses, advisers or another group, we can help adapt the structure to your setting.
Get a HRMG 4201 Week 6 example written to your instructions
Send the prompt and rubric, and name the program or capability your section asks about; the case follows that program all the way to the capability. Your first custom sample costs nothing and comes back inside 24 to 48 hours. Pairing days, senior diagnosticians and the chain that schedules them were created for the example rather than observed anywhere.
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HRMG 4201 Week 6 questions, answered
Where can I find a free HRMG 4201 Week 6 sample paper?
The paired development case, its four-step effects table and its cost estimate are all published below, open to anyone.
What program does the HRMG 4201 Week 6 case design?
Six months of paired days with a diagnostician every other week for 30 general-service technicians, plus four evening classes.
Why is most of the learning on the job?
Diagnosing faults is judgment built through repeated cases, and training transfers best with realistic practice and expert feedback.
What does the program cost?
About $81,000 in lost billed labor across the 30 pairs plus roughly $8,000 for classroom instruction.
What risks does the case identify?
Diagnosticians may resent unpaid coaching time, and trained technicians may leave for dealerships that pay more.