University of Sydney · FACULTY OF MARKETING

MKTG6007 Chap.3 Learning and Memory

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Chapter 3 of 8 · MKTG6007

Learning and Memory

Memory is the persistence of learning through storage and retrieval. This chapter follows encoding, storage and retrieval, distinguishes sensory, working and long-term memory, separates episodic from semantic memory, treats brand image as a schema, and matches chunking, rehearsal, recirculation and elaboration to different memory weaknesses.

The central assessment move is to locate the failure rather than describe a campaign as memorable or forgettable. Information may never be encoded, may be stored without a useful brand link, or may remain inaccessible when the choice occurs. Recognition and recall demand different levels of support, so a shelf cue can succeed even when advance planning fails.

A good recommendation specifies the desired memory outcome, the cue available at the decision and the technique that addresses the diagnosed weakness. It also distinguishes memory for an execution from memory for the brand and intended association, because a striking scene that cannot guide choice offers little evidence of effective learning.

In this chapter

What this chapter covers

  • 01

    Encoding routes

  • 02

    Sensory memory

  • 03

    Working memory

  • 04

    Long-term memory

  • 05

    Episodic and semantic memory

  • 06

    Brand schemas

  • 07

    Chunking and rehearsal

  • 08

    Recirculation and elaboration

  • 09

    Retrieval cues

Worked example · free

Repair a forgettable refill service

Q [5 marks]. Customers recognise a refill service's colours but cannot recall its name or return process. Choose memory techniques that fit the weaknesses. The marks used here guide revision and are not an official marking scheme.
Encoding, storage and retrieval pipelineInformation enters through encoding, is maintained in memory, and later becomes available through retrieval cues.EncodingStorageRetrievalretrieval strengthens future access
Memory works as a connected process. Encoding shapes what enters storage, retrieval cues reactivate it, and successful retrieval can strengthen later access.
  • +1Separate colour recognition from name and procedure retrieval.
  • +1Chunk the return process into a few meaningful actions.
  • +1Use a repeated phrase to support rehearsal of the sequence.
  • +1Place consistent cues across purchase, use and return for recirculation.
  • +1Link return to a personally meaningful goal while keeping the brand attached.
The service needs different repairs for complexity, repetition, encounter frequency and meaning. The brand cue must remain attached so consumers remember the sponsor as well as the device.
Sia tip — State which memory weakness each technique repairs.
Glossary

Key terms

Encoding
The input and initial processing of information in memory.
Working memory
Temporary holding and manipulation of information for a current task.
Long-term memory
Storage that supports later access to knowledge and experience.
Brand schema
A network of associations capturing what a brand means to a consumer.
Chunking
Compression of information into fewer meaningful units.
Elaboration
Connection of new information with existing knowledge, imagery or self-relevance.
FAQ

Learning and Memory FAQ

What is the difference between recognition and recall?

Recognition responds to a present cue, while recall requires recovering information with less direct support. A brand can be recognised on a shelf but fail to enter memory during advance planning, so the marketing response should match the access the decision requires.

When should I recommend chunking?

Recommend chunking when complexity creates too many separate pieces to retain or reconstruct. Group the material into meaningful units, then test whether consumers can rebuild the sequence. Repeating the original unstructured list does not solve the central problem.

Why can a memorable advertisement still fail?

Consumers may remember the scene, sound or celebrity without retrieving the brand or intended association. Check brand linkage and the decision context. Memory is useful when the right association becomes accessible at the moment the consumer needs it.

How are episodic and semantic memory different?

Episodic memory concerns personally situated experiences, whereas semantic memory concerns more general meanings, facts and associations. A campaign can invite an episode or strengthen category knowledge, but the analysis should identify which memory form is expected to guide the later consumer decision.

What evidence would support a retrieval problem?

Look for knowledge that appears when a strong cue is supplied but is absent under the weaker cues available in the real decision. Compare cued and uncued performance after a delay. Poor performance in both conditions may indicate weak encoding or storage instead of retrieval alone.

Study strategy

Assessment move

Build an encoding–storage–retrieval map and place every memory technique on the stage it is supposed to improve. Chunking can reduce the burden of initial organisation, rehearsal can maintain or strengthen material, elaboration can create meaningful links, and a well-matched cue can support later access.

Do not memorise that list in isolation; create a failure case for each technique and explain why a neighbouring technique is less direct. Next, select one advertisement and test three objects of memory separately: the execution, the brand and the intended association. This prevents the common leap from remembering a story to concluding that the marketing message will guide choice.

Practise the recognition–recall contrast with the same brand. Imagine the logo present on a shelf, then imagine the consumer planning at home without that cue. State which access task applies and how the communication or environment could supply appropriate retrieval support. For revision, alternate immediate and delayed practice.

First reconstruct the process without notes, then check the missing links; later repeat it with a new example and fewer cues. Record whether an error reflects failed encoding, confused storage or inaccessible retrieval. In an assessment paragraph, name the desired memory outcome, cite the evidence that locates the weakness, select a mechanism-matched response and specify a delayed measure.

Add one rival explanation, such as low attention during encoding, and describe a comparison that would separate it from retrieval failure. The aim is not to call material memorable but to show how the right information becomes available in the context where the consumer must act.

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