| Course | GB542 Strategic Talent Development and Organizational Learning |
|---|---|
| Unit | Unit 6 |
| Paper type | Seminar reflection |
| Length | About 840 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 6
Forty-Three Rescued Batches: A Unit 6 Seminar Reflection on Single-Loop Learning at an Adhesives Plant
[Student Name]
Purdue University Global
GB542: Strategic Talent Development and Organizational Learning
Unit 6 Seminar Reflection
[Instructor Name]
[Date]
The company, its plant records and the seminar classmates are composite; the learning frameworks and the sources cited are real.
The Position I Brought
My case seemed strong. Three years ago a senior chemist wrote a procedure for trimming the catalyst charge when a batch's viscosity ran high at the midpoint check. Since then the procedure has been used forty-three times in a single year without one scrapped batch, and every use is logged as a corrected batch in the quality system. I argued that this was organizational learning in its plainest form: a person discovered a fix, wrote it down, trained others and the plant kept the knowledge after the chemist moved to another role. Compared with the degassing step our company lost when a chemist retired, it looked like the right way to learn.
The Question
A classmate listened and then asked what produced forty-three batches needing a trim in the first place. My first answer was that resin varies, which every adhesives chemist knows. The classmate asked whether anyone had looked at why the variation was wide enough to need a trim almost once a week. I did not know, and I realized that in three years of praising the procedure, nobody I worked with had asked. Another student, who works in food manufacturing, added that their plant had a similar fix for dough moisture that operators used so often it had become part of the normal recipe without anyone deciding it should. That comparison hit hard. Our trim is written as an exception, but at forty-three uses a year it is close to a routine step, and a routine step that exists only to absorb variation from a supplier is a cost the company pays every week without seeing it on any report.
What the Two Loops Showed
Argyris and Schon (1978) distinguish single-loop learning, which detects and corrects errors within an existing set of rules, from double-loop learning, which questions the rules themselves. The catalyst trim is single-loop learning done well. It corrects the output of each batch while leaving untouched the rule that produces the problem: our incoming resin specification, which allows a wide range of viscosity from the supplier. Argyris (1977) observes that organizations often become skilled at single-loop correction precisely because it avoids the discomfort of questioning governing assumptions. Our procedure had made us good at rescuing batches and kept us from asking why they needed rescue.
Forty-three successful corrections were not evidence that the plant had learned; they were evidence of a lesson it kept declining to learn.
A Second Rule, Found After the Session
The next part came after the seminar, when I went back to our plant scorecard to see why nobody had pushed on the specification. The scorecard rewards on-time shipment and first-pass quality, and a trimmed batch counts as first-pass good because it ships on time and meets the final test. So the trim costs the shift nothing, while tightening the resin specification would mean a harder negotiation with the supplier and possibly a higher price charged to purchasing's budget. Kerr (1975) named the underlying problem long ago, showing how reward systems routinely punish the very behavior managers say they want, here prevention. Our scorecard makes rescue cheaper than prevention for everyone involved, which explains why the single loop has run for three years without anyone opening the second.
Where I Stand Now
I still think the trim procedure was worth writing, and I would not remove it, since batches will continue to need it until the specification changes. But I no longer call it proof of learning. The procedure is a good answer to the wrong question, and a plant that stops at good answers will keep paying for them. I would now propose two changes: count trimmed batches separately on the scorecard so their cost is visible, and ask purchasing and quality to review the resin specification with the supplier using the forty-three batch records as evidence. The question I will now ask of any corrective procedure, at Corvane or anywhere else, is simple: what keeps producing the problem this procedure fixes, and who is rewarded for leaving it alone?
This also changes how I read the earlier units of the course. In Unit 1, I treated the lost degassing step as a failure to capture knowledge, and I still believe it was. But capture is only half the problem. A plant can capture a fix perfectly, as ours did with the catalyst trim, and still fail to learn, because the captured fix becomes a reason not to look further. For the talent strategy we are building in this course, that suggests the knowledge transfer plan should record not only how the retiring chemist corrects problems but also which problems the chemist believes should not exist at all.
References
Argyris, C. (1977). Double loop learning in organizations. Harvard Business Review, 55(5), 115-125.
Argyris, C., & Schon, D. A. (1978). Organizational learning: A theory of action perspective. Addison-Wesley.
Kerr, S. (1975). On the folly of rewarding A, while hoping for B. Academy of Management Journal, 18(4), 769-783. https://doi.org/10.2307/255378
The Purdue Global GB542 Unit 6 instructions
In GB542 Unit 6 you reflect on how a seminar changed or deepened your view of organizational learning in a case you know. Begin with the view you held going in and what supported it. Describe the question or contribution that challenged it, including your first response. Apply a learning concept from the readings to your own case rather than defining it in the abstract. If you continued thinking after the session, say so and label that part. End with your revised view and what it means for your work or the course's later units. Write in the first person, about five paragraphs or roughly 700 words, with APA 7 citations. Students using the written alternative may draw the challenge from the readings.
How this GB542 Unit 6 example is built
The writer's starting position is a catalyst trim procedure used forty-three times in a year without a scrapped batch. A classmate asks what produced forty-three batches needing a trim, and a second classmate compares a dough moisture fix that became routine. Argyris and Schon's distinction, with Argyris on why firms prefer single-loop correction, shows the procedure left the resin specification unexamined, and the highlighted sentence calls the forty-three corrections evidence of a lesson not learned. A section labeled as later work reads the plant scorecard with Kerr's classic warning about reward systems. The revised view proposes counting trimmed batches separately and reviewing the specification.
GB542 Unit 6 rubric: what earns full points
A strong GB542 seminar reflection is graded on whether a learning concept is applied to the writer's own changed view, not merely defined. Stating the original position with evidence earns points because the change can then be measured. Recording the challenging question and the writer's first, weaker answer shows honesty. Applying the single- and double-loop distinction to a specific procedure shows understanding. Labeling later thinking as later shows integrity about what happened in the seminar. Finding the reward system behind the behavior shows analytical depth. Connecting the insight to earlier and later units shows synthesis. Argyris and Schon, Argyris's 1977 article and Kerr's classic article form the APA 7 list.
Common GB542 Unit 6 mistakes, and how to avoid them
Many GB542 Unit 6 reflections summarize what the seminar covered and add a sentence saying the writer learned a lot, which shows attendance rather than reflection. Others define double-loop learning correctly and never apply it to anything the writer has seen. A frequent gap is the governing rule: a correction that works well can hide the policy or incentive that keeps creating the problem. Some writers present ideas reached afterward as if they arose in the discussion. State your starting view, record the challenge and your first response, apply one concept to your case, label later thinking, find the rule behind the pattern and say how your view has changed.
Get a GB542 Unit 6 example written to your instructions
Every Unit 6 seminar goes differently, so bring your notes on what was said, where you stood going in and whatever changed it, along with the reflection prompt and rubric. Within 24-48h a reflection built from those notes comes back, shaped by what your own session actually covered, and the first custom sample is free. 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.
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- GB542 Unit 5: Development Program Design
- GB542 Unit 7: Knowledge Transfer Plan
- GB542 Unit 8: Succession Bench Review
- GB542 Unit 9: Learning Evaluation Report
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GB542 Unit 6 questions, answered
Must the reflection rely on Argyris and Schon's two loops?
Only if the seminar or prompt centers on it, which many GB542 sections do around this point in the term. Other sections use Senge's disciplines or after-action review. Whatever concept the seminar used, apply it to your own changed view rather than defining it in the abstract, since a definition alone shows reading, not reflection.
Can the reflection include thinking done after the seminar?
Yes, if it is labeled. The example's fourth paragraph reads the plant scorecard for the governing rule and says plainly that this came after the session. Presenting later reasoning as though it happened live misrepresents the discussion; marking it as a later step shows the seminar kept working afterward, which graders tend to credit.
What if I missed the live seminar?
Many sections provide a written alternative, typically a set of questions answered with reference to the unit's readings. The reflection then draws its movement from the readings and the case rather than from classmates. Say which version you are completing when you send the prompt, and the sample follows that version's expectations.
Where can I find a free GB542 Unit 6 sample paper?
This page carries a full GB542 Unit 6 seminar reflection on forty-three rescued batches at a composite adhesives plant, applying single- and double-loop learning, with APA 7 references.
Why isn't the catalyst trim proof of learning?
It corrects each batch while leaving the cause, a loose resin specification, untouched. That is single-loop learning: the plant got good at rescue and never questioned the rule producing batches that needed it.