AVIA 300 QUIZ 6: HUMANS AS THE
CHALLENGE & SOLUTION
Questions and Answers | 2026 Update | 100% Correct
Department of Aviation and Aeronautical Science
Human Factors, Error Management, Human Reliability, and Human-Centered System Design
Corresponding Author: AVIA 300 Course Faculty |
Date: June 15, 2026
Abstract
This examination assesses student competency in human factors principles critical to aviation safety,
encompassing error classification frameworks, human reliability analysis methodologies, human-centered
design philosophies, and contemporary error management strategies. Aligned with 2026-2027 FAA and
ICAO standards, the 25-question quiz evaluates understanding of Reason's error taxonomy, Rasmussen's SRK
model, THERP, HEART, and SPAR-H methods, as well as emerging topics including AI-human teaming,
cognitive offloading, neuroergonomics, and the Safety-I to Safety-II paradigm shift. Scenario-based items
(75%) and conceptual items (25%) are distributed across four sections to ensure comprehensive coverage of
both foundational knowledge and applied analytical skills.
Keywords: Human Factors, Error Taxonomy, Human Reliability Analysis, Human-Centered Design, Resilience
Engineering, Automation Surprise, Cognitive Offloading, Neuroergonomics, Safety-II, AI-Human Teaming
, AVIA 300 Quiz 6: Humans as the Challenge & Solution Academic Paper
Section 1: Human Error Models and Typologies
Q1: During a night approach in IMC, a captain sets the autopilot to capture the localizer but
inadvertently selects VNAV PATH instead of VNAV SPD. The aircraft descends below the glidepath,
and the first officer fails to notice until the GPWS alerts. According to Reason's taxonomy of unsafe
acts, this error is best classified as:
A. A slip, because the captain executed the wrong action despite having the correct intention
[CORRECT]
B. A lapse, because the captain forgot to verify the mode selection after programming the FMS
C. A mistake, because the captain's plan for configuring the approach was fundamentally flawed
D. A violation, because the captain deviated from standard operating procedures for approach
configuration
Rationale: This matches Reason's definition: the intention was correct (capture the localizer) but execution
failed at the motor-program level.
Correct Answer: A
Q2: Rasmussen's Skill-Rule-Knowledge (SRK) framework distinguishes between types of cognitive
control. A line maintenance technician who has performed the same engine bleed-air valve replacement
hundreds of times and completes it almost automatically is operating at which level?
A. Knowledge-based level, because the technician must reason through each step from first principles
B. Rule-based level, because the technician follows a written maintenance manual procedure step by step
C. Skill-based level, because the task is performed as a smooth, automated routine with minimal
conscious attention [CORRECT]
D. Meta-cognitive level, because the technician is monitoring their own performance throughout the task
Rationale: Rasmussen's skill-based level characterizes highly practiced, automated performance requiring
little conscious control.
Correct Answer: C
Q3: An experienced first officer intentionally skips the After Takeoff checklist item for flaps retraction
because the aircraft is light and the captain has already commanded flaps up. According to Reason's
(1990) error classification, this unsafe act is categorized as:
A. An exceptional violation, because it occurs only under high workload conditions
B. A routine violation, because the first officer has normalized this shortcut over repeated flights
[CORRECT]
C. A situational violation, because the light aircraft weight created the environmental pressure
D. An optimizing violation, because the first officer sought to save time for operational efficiency
Rationale: Routine violations are habitual deviations from procedures that have become normalized within a
work group.
Correct Answer: B
Q4: A junior air traffic controller clears a Cessna 172 to land on Runway 27L while simultaneously
clearing an Embraer E175 for takeoff on an intersecting runway. The controller intended to hold the
E175 short, but issued the takeoff clearance because she 'mixed up' the two aircraft in her mental model.
Which error type best describes this event?
A. A skill-based slip caused by attention capture from a secondary task [CORRECT]
Page 2
CHALLENGE & SOLUTION
Questions and Answers | 2026 Update | 100% Correct
Department of Aviation and Aeronautical Science
Human Factors, Error Management, Human Reliability, and Human-Centered System Design
Corresponding Author: AVIA 300 Course Faculty |
Date: June 15, 2026
Abstract
This examination assesses student competency in human factors principles critical to aviation safety,
encompassing error classification frameworks, human reliability analysis methodologies, human-centered
design philosophies, and contemporary error management strategies. Aligned with 2026-2027 FAA and
ICAO standards, the 25-question quiz evaluates understanding of Reason's error taxonomy, Rasmussen's SRK
model, THERP, HEART, and SPAR-H methods, as well as emerging topics including AI-human teaming,
cognitive offloading, neuroergonomics, and the Safety-I to Safety-II paradigm shift. Scenario-based items
(75%) and conceptual items (25%) are distributed across four sections to ensure comprehensive coverage of
both foundational knowledge and applied analytical skills.
Keywords: Human Factors, Error Taxonomy, Human Reliability Analysis, Human-Centered Design, Resilience
Engineering, Automation Surprise, Cognitive Offloading, Neuroergonomics, Safety-II, AI-Human Teaming
, AVIA 300 Quiz 6: Humans as the Challenge & Solution Academic Paper
Section 1: Human Error Models and Typologies
Q1: During a night approach in IMC, a captain sets the autopilot to capture the localizer but
inadvertently selects VNAV PATH instead of VNAV SPD. The aircraft descends below the glidepath,
and the first officer fails to notice until the GPWS alerts. According to Reason's taxonomy of unsafe
acts, this error is best classified as:
A. A slip, because the captain executed the wrong action despite having the correct intention
[CORRECT]
B. A lapse, because the captain forgot to verify the mode selection after programming the FMS
C. A mistake, because the captain's plan for configuring the approach was fundamentally flawed
D. A violation, because the captain deviated from standard operating procedures for approach
configuration
Rationale: This matches Reason's definition: the intention was correct (capture the localizer) but execution
failed at the motor-program level.
Correct Answer: A
Q2: Rasmussen's Skill-Rule-Knowledge (SRK) framework distinguishes between types of cognitive
control. A line maintenance technician who has performed the same engine bleed-air valve replacement
hundreds of times and completes it almost automatically is operating at which level?
A. Knowledge-based level, because the technician must reason through each step from first principles
B. Rule-based level, because the technician follows a written maintenance manual procedure step by step
C. Skill-based level, because the task is performed as a smooth, automated routine with minimal
conscious attention [CORRECT]
D. Meta-cognitive level, because the technician is monitoring their own performance throughout the task
Rationale: Rasmussen's skill-based level characterizes highly practiced, automated performance requiring
little conscious control.
Correct Answer: C
Q3: An experienced first officer intentionally skips the After Takeoff checklist item for flaps retraction
because the aircraft is light and the captain has already commanded flaps up. According to Reason's
(1990) error classification, this unsafe act is categorized as:
A. An exceptional violation, because it occurs only under high workload conditions
B. A routine violation, because the first officer has normalized this shortcut over repeated flights
[CORRECT]
C. A situational violation, because the light aircraft weight created the environmental pressure
D. An optimizing violation, because the first officer sought to save time for operational efficiency
Rationale: Routine violations are habitual deviations from procedures that have become normalized within a
work group.
Correct Answer: B
Q4: A junior air traffic controller clears a Cessna 172 to land on Runway 27L while simultaneously
clearing an Embraer E175 for takeoff on an intersecting runway. The controller intended to hold the
E175 short, but issued the takeoff clearance because she 'mixed up' the two aircraft in her mental model.
Which error type best describes this event?
A. A skill-based slip caused by attention capture from a secondary task [CORRECT]
Page 2
