🇺🇸 Air Traffic Controller / FAA ATSA Exam · subject

Air Traffic Controller / FAA ATSA Exam Memory and Working-Memory Subtests Syllabus

The Memory and Working-Memory Subtests syllabus for Air Traffic Controller / FAA ATSA Exam in full: 3 chapters, 9 topics and 12 sub-topics, every one listed below, plus 50 Memory and Working-Memory Subtests flashcards with answers.

3Chapters
9Topics
12Sub-topics
50Flashcards

Memory and Working-Memory Subtests syllabus: all 3 chapters

Expand any chapter to see its topics and sub-topics.

  1. Working-Memory Fundamentals

    3 topics
    • Capacity and Chunking
      • Span limits and grouping information into meaningful chunks
      • Reducing cognitive load through patterning
    • Encoding and Rehearsal
      • Verbal rehearsal vs. visuospatial encoding
      • Interference and decay of unrehearsed items
    • Retrieval Under Distraction
      • Recalling items after secondary-task interruption
  2. Letter and Number Recall Tasks

    3 topics
    • Forward and Backward Recall
      • Reproducing sequences in original and reversed order
    • Updating Tasks
      • Tracking the most recent N items as new ones appear
      • N-back style monitoring
    • Concurrent Counting and Tallying
      • Maintaining running counts while attending to other stimuli
  3. Auditory and Visual Memory Integration

    3 topics
    • Cross-Modal Tasks
      • Combining spoken instructions with on-screen information
    • Dual-Task Memory Load
      • Holding information while performing the radar simulation
    • Prospective Memory
      • Remembering to act on a cue at a future moment

Air Traffic Controller / FAA ATSA Exam Memory and Working-Memory Subtests flashcards — 50 questions with answers

  1. What is working memory?

    A limited-capacity cognitive system that temporarily holds and actively manipulates information needed to perform tasks such as reasoning, comprehension, and learning.

  2. How does working memory differ from short-term memory?

    Short-term memory passively stores information briefly; working memory both stores AND actively processes/manipulates that information at the same time.

  3. On the FAA ATSA, why are working-memory subtests important?

    They predict a controller's ability to track multiple aircraft, hold instructions, and update mental representations of dynamic traffic in real time.

  4. What is Miller's classic estimate of short-term memory capacity?

    The 'magical number seven, plus or minus two' (about 5-9 individual items).

  5. What is the more modern estimate of working-memory capacity for unrelated items?

    About 4 plus or minus 1 chunks (Cowan's estimate), lower than Miller's 7 because chunking is controlled for.

  6. Define 'chunking' in memory.

    Grouping individual items into larger meaningful units (chunks) so more raw information fits within the same limited capacity.

  7. Give an example of chunking a digit string.

    Recoding '1-4-9-2' as the year '1492' turns four items into one chunk.

  8. Why does chunking increase effective memory span?

    Capacity is limited by the NUMBER of chunks, not the number of raw items, so each chunk can carry more information.

  9. What is memory span?

    The longest sequence of items a person can recall in correct order immediately after presentation.

  10. What factor determines how much information a chunk can hold?

    Prior knowledge/long-term memory associations; familiar patterns let larger amounts be bound into a single chunk.

  11. What is encoding in the memory process?

    The process of converting perceived information into a mental representation that can be stored in memory.

  12. Name the three core stages of the memory process.

    Encoding, storage, and retrieval.

  13. What is maintenance rehearsal?

    Simple repetition of information (e.g., repeating digits) to keep it active in working memory without deeper processing.

  14. What is elaborative rehearsal?

    Linking new information to existing knowledge or giving it meaning, producing deeper, more durable encoding than maintenance rehearsal.

  15. Which type of rehearsal produces better long-term retention, and why?

    Elaborative rehearsal, because deeper, meaningful processing creates more retrieval cues (levels-of-processing effect).

  16. What is the phonological loop in Baddeley's model?

    The working-memory component that holds and rehearses verbal/acoustic information through subvocal (inner-speech) rehearsal.

  17. What is the articulatory suppression effect?

    Saying an irrelevant word repeatedly blocks subvocal rehearsal, reducing verbal memory span by occupying the phonological loop.

  18. What is retrieval in memory?

    The process of accessing and bringing stored information back into conscious awareness or active working memory.

  19. What is retrieval under distraction designed to measure?

    The ability to recall stored information accurately while an interfering or distracting task competes for attention.

  20. What is the difference between proactive and retroactive interference?

    Proactive: older information disrupts recall of newer information. Retroactive: newer information disrupts recall of older information.

Show the other 30 Memory and Working-Memory Subtests flashcards
  1. How does distraction typically affect retrieval performance?

    It reduces accuracy and slows recall by consuming attentional resources and disrupting rehearsal of the target information.

  2. What is the difference between recall and recognition?

    Recall requires producing information from memory with few cues; recognition requires only identifying previously seen information among options (recognition is generally easier).

  3. What is forward digit span?

    A task requiring recall of a sequence of digits in the SAME order in which they were presented.

  4. What is backward digit span?

    A task requiring recall of a sequence of digits in the REVERSE order from how they were presented.

  5. Why is backward span considered a stronger measure of working memory than forward span?

    Backward span requires mental manipulation/reordering of the held information, not just passive storage, taxing the central executive.

  6. Which is typically longer for an average adult, forward span or backward span?

    Forward span is typically longer (roughly 7) than backward span (roughly 5) because reversal adds processing load.

  7. What strategy helps with backward recall tasks?

    Mentally visualizing the sequence and reading it back from the end, or chunking, while holding the full string in the phonological loop.

  8. What is the serial position effect?

    The tendency to recall items at the beginning (primacy) and end (recency) of a list better than middle items.

  9. What causes the recency effect in serial recall?

    The last items are still active in working memory (recently rehearsed) at the time of recall.

  10. What causes the primacy effect in serial recall?

    Early items receive more rehearsal and are more likely transferred to long-term memory.

  11. What is a memory updating task?

    A task in which one must continuously replace old information with new incoming information, keeping only the most current items in mind.

  12. Give a classic example of an updating task used in working-memory testing.

    The n-back task, where you indicate whether the current item matches the one presented n steps earlier.

  13. In a 2-back task, what must you report?

    Whether the current stimulus matches the stimulus shown two items earlier in the sequence.

  14. Which executive function is most heavily taxed by updating tasks?

    Updating/monitoring of working-memory contents (one of the three core executive functions: updating, shifting, inhibition).

  15. Why are updating tasks relevant to air traffic control?

    Controllers must constantly revise the current position, altitude, and status of aircraft as new information replaces outdated data.

  16. What is the 'running memory span' task?

    A task presenting an unpredictable-length list where the participant must report the last few items, forcing continuous updating.

  17. What does a concurrent counting (running count) task require?

    Maintaining and incrementing a count of specified targets while simultaneously performing or attending to another task.

  18. Why is concurrent counting/tallying a working-memory load?

    It requires continuously updating a running total in working memory while inhibiting distractors and doing other processing.

  19. In a tallying task, what two operations compete for resources?

    Storing/maintaining the current tally and updating it (arithmetic increment) each time a target appears.

  20. What is a cross-modal memory task?

    A task requiring information to be encoded, held, or matched across different sensory modalities (e.g., hearing a sequence and responding visually).

  21. Why are cross-modal tasks more demanding than single-modality tasks?

    They require integrating or translating information between modalities, adding binding and attentional demands beyond simple storage.

  22. In Baddeley's model, which component binds information from different modalities?

    The episodic buffer, which integrates information across modalities and with long-term memory into unified episodes.

  23. What is the visuospatial sketchpad?

    The working-memory component that holds and manipulates visual and spatial information (locations, shapes, movement).

  24. What is a dual-task paradigm?

    An experimental setup requiring two tasks to be performed simultaneously to measure how shared cognitive resources are divided.

  25. What does dual-task interference reveal about two tasks?

    If performance on both drops when combined, the tasks compete for the same limited cognitive resources or working-memory component.

  26. According to Baddeley's model, why can a verbal and a spatial task often be done together with little interference?

    They rely on separate subsystems (phonological loop vs. visuospatial sketchpad), so they draw on different storage resources.

  27. What is the central executive's role in dual-task performance?

    It allocates attention, coordinates the two subsystems, and switches control between the concurrent tasks.

  28. Define prospective memory.

    Remembering to perform a planned action or intention at the appropriate future moment (remembering to remember).

  29. What is the difference between prospective and retrospective memory?

    Retrospective memory is recalling past information/events; prospective memory is remembering to carry out an intended action in the future.

  30. What are the two main types of prospective memory cues?

    Event-based (triggered by an external cue/event) and time-based (triggered at a specific time or after an interval).

Air Traffic Controller / FAA ATSA Exam Memory and Working-Memory Subtests FAQ

What is in the Air Traffic Controller / FAA ATSA Exam Memory and Working-Memory Subtests syllabus?

Air Traffic Controller / FAA ATSA Exam Memory and Working-Memory Subtests is split into 3 chapters: Working-Memory Fundamentals, Letter and Number Recall Tasks and Auditory and Visual Memory Integration. Together they contain 9 topics and 12 sub-topics.

How many chapters are in Air Traffic Controller / FAA ATSA Exam Memory and Working-Memory Subtests?

3 chapters, containing 9 topics and 12 sub-topics. The largest chapter is Working-Memory Fundamentals, with 3 topics.

Are there flashcards for Air Traffic Controller / FAA ATSA Exam Memory and Working-Memory Subtests?

Yes — a 50-card Memory and Working-Memory Subtests deck, printed in full in the flashcards section of this page and available in the Examius app with spaced repetition. The free plan covers one exam of your choice, including its flashcards; Examius Pro, a one-time purchase, unlocks every other exam and deck.