| Course | GB542 Strategic Talent Development and Organizational Learning |
|---|---|
| Unit | Unit 4 |
| Paper type | Workforce plan |
| Length | About 1,010 words, 6 pages double-spaced |
| Format | APA 7 student paper |
| School | Purdue University Global |
| Program | MBA |
| Updated | October 2026 |
Free sample paper for GB542 Unit 4
Build, Buy or Borrow for Fifty-Two Positions: A Unit 4 Workforce Plan for an Adhesives Maker
[Student Name]
Purdue University Global
GB542: Strategic Talent Development and Organizational Learning
Unit 4 Workforce Plan
[Instructor Name]
[Date]
The company, its strategy and every headcount and cost are composite and illustrative; the frameworks, the statute and the sources cited are real.
1. Demand
Demand is driven by the strategy's milestones rather than by revenue ratios, because the milestones, not sales, determine when each role is needed. Counts are positions at the end of each year, starting from today.
Application engineers: 6 today, 9 in year one, 12 in year two, 14 in year three. Growth follows the battery-pack program launches.
Continuous-process technicians: none today and none in year one, then 22 from the start of year two, when the continuous line begins running on four crews.
Automotive quality engineers: 4 today, 7 in year one, 9 in years two and three, driven by IATF 16949 certification at two plants.
Formulation chemists: 10 today, 11 in year one, 12 in years two and three.
Process safety engineers: 2 today, 3 in year one, 4 in years two and three, because the continuous line's hazard analysis must be complete before startup.
2. Supply
Supply is current headcount less expected losses over three years, using the past three years' turnover by role and known retirement dates.
Application engineers: 6 today, less 4 expected departures in a market where automotive suppliers recruit aggressively, leaves 2.
Continuous-process technicians: no current supply. Experienced batch operators are the internal source.
Quality engineers: 4 today, less 3 expected departures, leaves 1.
Formulation chemists: 10 today, less 4 expected losses, including the senior chemist who retires in fourteen months, leaves 6.
Process safety engineers: 2 today, no expected losses, leaves 2.
The plan also flags the batch operator workforce. Of 96 batch operators, 22 are 60 or older. That figure matters for backfill, not for selection: if 22 operators move into technician roles and several older operators retire during the same period, the batch line could lose a third of its experienced crew within two years. Selection for the technician program is open to every operator on the same criteria, since excluding workers because of age would violate federal law (29 U.S.C. § 623, 2024).
3. Gap in Year Three
Application engineers: 14 required less 2 remaining gives 12.
Continuous-process technicians: 22 required plus an allowance of 2 for early losses gives 24.
Quality engineers: 9 required less 1 remaining gives 8.
Formulation chemists: 12 required less 6 remaining gives 6.
Process safety engineers: 4 required less 2 remaining gives 2.
Total: 52 positions to fill.
The largest gap, 24 technicians, is the easiest to close, while the twelve application engineers are the hardest, because the market has almost none ready to hire.
4. Sourcing Decision
Cappelli (2008) argues that firms should develop talent internally where the need is predictable and long-lasting and the skills are specific to the firm, hire where the market supplies them, and borrow where the need is urgent or temporary. Lepak and Snell (1999) add that skills that are both valuable and unique to the firm are best built inside. The decisions below follow those principles and the lead times from the Unit 2 analysis.
Continuous-process technicians: build. The line is Corvane's own, its control screens are specific to the vendor and the plant, and batch operators already understand the chemistry. Two cohorts of 11 operators complete a 36-week program, the first finishing just before the line starts, so skills are not learned months before they are used. Lead time: about nine months per cohort.
Quality engineers: buy. Experienced automotive quality engineers are available from the region's tier-one suppliers. Eight hires are spread across years one and two, ahead of each certification audit. Lead time: four to six months each.
Application engineers: buy and borrow. Twelve engineers are hired over three years, but each needs about a year to become proficient on customer lines, so hiring alone leaves the company short through year one. To cover that interval, Corvane borrows three engineers from its resin supplier's technical service team for twelve months, about 1,600 hours each at $150 an hour, or $720,000, and rehires two retired Corvane engineers part time, 800 hours each at $95 an hour, or $152,000. Each borrowed engineer is paired with a new hire, so the company keeps what the arrangement teaches. Lead time: immediate for borrowed engineers, 18 to 24 months for hires to reach full proficiency.
Formulation chemists: buy, with knowledge transfer. Six chemists are hired, and the retiring senior chemist's judgment is moved to a successor through the Unit 7 knowledge transfer plan.
Process safety engineers: buy. Two are hired in year one so the hazard analysis is complete before startup.
5. Second Scenario: The Line Starts Six Months Late
If the continuous line's startup slips six months, technician demand moves back with it. The first cohort's start date moves back six months as well, because finishing training half a year before the line runs would let skills fade. Application engineering and quality demand do not change, since customer programs and certification audits follow their own schedules. The cost of the delay to the workforce plan is small, but only if the program start date is tied to the line's commissioning date rather than to the calendar.
6. Risks
Borrowed engineers leave early. The supplier could recall its engineers if its own customers need them. The agreement should fix a minimum term and a notice period.
Application engineering hires take longer to find. If fewer than four engineers are hired in year one, the borrowing arrangement should be extended rather than cut.
Technician losses. Trained technicians will be attractive to other plants. The above-standard pay set in the Unit 3 memo and the allowance of two in the gap reduce this risk.
Batch line backfill. Moving 22 operators requires hiring and training replacements in time, which the plant begins in year one.
References
Cappelli, P. (2008). Talent on demand: Managing talent in an age of uncertainty. Harvard Business Press.
Lepak, D. P., & Snell, S. A. (1999). The human resource architecture: Toward a theory of human capital allocation and development. Academy of Management Review, 24(1), 31-48. https://doi.org/10.2307/259035
29 U.S.C. § 623 (2024). https://www.law.cornell.edu/uscode/text/29/623
The Purdue Global GB542 Unit 4 instructions
GB542 Unit 4 asks you to build a workforce plan for the role families your strategy depends on. State demand by year for each family, driven by the strategy's milestones rather than general ratios. State supply as current headcount less expected losses, using turnover and retirement data. Show the gap in the final year. Decide for each family whether to develop internally, hire or borrow, explaining the choice with lead times and a sourcing framework from your readings. Test one key assumption with a second scenario. Identify the main risks and how each is managed. A plan near eight pages fits, with APA 7 references to your sources and to any law that limits how people are selected.
Inside the GB542 Unit 4 example
Demand runs year by year: application engineers from 6 to 14, technicians from none to 22 when the line starts, quality engineers from 4 to 9. Supply subtracts expected departures, and 22 of 96 batch operators being 60 or older is used for backfill only, with the federal age discrimination statute cited. The gap totals 52. Cappelli's build, buy or borrow logic and Lepak and Snell's architecture drive the sourcing, and the highlighted sentence contrasts the largest gap with the hardest. Three borrowed supplier engineers cost $720,000 and two rehired retirees $152,000. A six-month line delay moves training with the line, and four risks close it.
Reading the GB542 Unit 4 grading rubric
A strong GB542 workforce plan is graded on whether demand, supply and gap figures reconcile and whether each sourcing choice follows from them. Demand tied to milestones earns points because it shows when each need arises. Supply that subtracts specific losses shows realism. A gap table that adds up shows care. Sourcing decisions justified by lead time and a named framework show strategic reasoning. Pricing borrowed talent shows business discipline. A second scenario that tests one assumption shows judgment. Treating age data as a backfill issue rather than a selection criterion shows legal awareness. Cappelli, Lepak and Snell, and the federal age discrimination statute are cited in APA 7.
GB542 Unit 4 help: mistakes that cost points
Many GB542 Unit 4 plans forecast demand as a ratio of revenue, which hides when each role is actually needed. Others ignore attrition, so supply looks larger than it will be. A frequent gap is lead time: hiring an experienced engineer and making that engineer productive are different clocks, and the plan should count both. Some writers use age data to choose who is trained, which raises legal risk. Tie demand to milestones, subtract expected losses, show the gap, choose build, buy or borrow for each family with reasons, price any borrowing, test one assumption and list the risks. Linking training start dates to the equipment date protects the plan against delays.
Get a GB542 Unit 4 example written to your instructions
Include the strategy, headcount data or case your Unit 4 prompt provides, plus the rubric. A workforce plan built from those figures, demand and supply laid out before any sourcing choice, comes back within 24-48h, and your first custom sample is free. Where data is missing, the plan states its assumptions. The paper above is an original model document written by our desk, not a submitted student paper and not an official Purdue University Global document.
More GB542 papers and MBA samples
- GB542 Unit 1: Discussion Board Post
- GB542 Unit 2: Capability Gap Analysis
- GB542 Unit 3: Talent Segmentation Memo
- GB542 Unit 5: Development Program Design
- GB542 Unit 6: Seminar Reflection
- GB542 Unit 7: Knowledge Transfer Plan
- GB542 Unit 8: Succession Bench Review
- GB542 Unit 9: Learning Evaluation Report
- GB542 Unit 10: Talent Strategy Report
- GB541 Unit 4: Policy Review Memo
- GB534 Unit 4: Perception Study
- GB533 Unit 4: Territory Design Plan
GB542 Unit 4 questions, answered
How far ahead should the workforce plan look?
As far as the strategy does, often three years in GB542 prompts. Beyond that, demand estimates become guesses. The plan here uses three years because the adhesives strategy runs three, and it shows year-by-year counts so a reader can see when each gap opens. If your prompt names a horizon, use it and say why it fits.
What counts as borrowing talent?
Access to capability without employing the people who hold it: contractors, consultants, secondments from partners, staffing firms or retirees rehired part time. The plan here borrows from a resin supplier and from retirees, and prices both. Borrowing buys time; it rarely builds anything the organization keeps unless the arrangement pairs borrowed people with employees.
Should the plan model more than one scenario?
When a key assumption is uncertain, one alternative is usually worth including. This plan runs a second case with the continuous line delayed six months, which pushes technician demand back and changes when development should start. More than two or three scenarios usually blurs the recommendation rather than testing it.
Where can I find a free GB542 Unit 4 sample paper?
This page carries a full GB542 Unit 4 workforce plan for five role families at a composite adhesives maker, with demand, supply, a 52-position gap, sourcing decisions, a delay scenario and APA 7 references.
Why develop technicians rather than hire them?
The continuous line and its control screens are specific to Corvane, and batch operators already know the chemistry and the plant. Building the skill internally fits a predictable, lasting need for knowledge the market cannot supply.