Human Factors in Aircraft Maintenance
(HFM) Course
Delivery Mode
Instructor-Led
Aviation Professional Training
Duration
2 Days
16 Hours
USD 200
Per delegate
Excl VAT
Registration
Open Intake
View timetable or contact training team
Course Overview & Strategic Objectives
The Human Factors in Aircraft Maintenance course is designed to equip aircraft maintenance personnel with the knowledge and practical skills required to recognize, manage, and mitigate human performance factors that can affect aviation safety and maintenance quality. The course is delivered in accordance with the Kenya Civil Aviation Authority (KCAA) regulatory requirements and incorporates internationally recognized aviation human factors principles.
The course examines how human capabilities and limitations influence maintenance activities, with emphasis on communication, teamwork, fatigue management, situational awareness, decision-making, workplace safety, and error prevention. Participants will learn practical strategies for reducing maintenance errors, improving operational performance, and contributing to a strong safety culture within Approved Maintenance Organizations (AMOs) and other aviation maintenance environments.
Initial Training Programme (2 Days / 16 Hours) | USD 200 (Subject to VAT) |
Refresher Training Programme (1 Day / 8 Hours) | USD 100 (Subject to VAT) |
Detailed Course Curriculum
6 Competency / Learning Outcome Areas
- The regulatory background of maintenance human factors and its integration with SMS.
- Understanding the Swiss Cheese model in the context of aircraft maintenance.
- Analyzing historical maintenance error statistics and their impact on aviation safety.
- Identifying and mitigating Lack of Communication, Complacency, and Lack of Knowledge.
- Recognizing the impacts of Distraction, Lack of Teamwork, and Fatigue on maintenance execution.
- Practical strategies for catching errors associated with these primary precursors.
- Managing Lack of Resources, Pressure, and Lack of Assertiveness in the hangar environment.
- Combating the dangers of Stress, Lack of Awareness, and destructive workplace Norms.
- Fostering a Just Culture that encourages the reporting of errors and near-misses.
- Assessing the impact of hangar lighting, noise levels, temperature extremes, and toxic exposures on performance.
- Understanding physiological stamina, shift work impacts, and circadian rhythm disruption in maintenance crews.
- Optimizing the physical workspace to reduce ergonomic strain and human error.
- Executing robust verbal and written shift handover protocols to prevent dropped tasks.
- Ensuring accuracy and completeness in logbook entries and technical documentation.
- Avoiding assumptions and applying clear, unambiguous communication techniques during complex tasks.
- Designing error-tolerant systems and procedures within Approved Maintenance Organizations (AMOs).
- Executing independent dual inspections (Duplicate Inspections) effectively and objectively.
- Implementing proactive error-capturing strategies and continuous safety reporting loops.
Course Objectives
- Explain the principles of human factors and their importance in aircraft maintenance.
- Identify common human performance limitations that contribute to maintenance errors.
- Apply effective communication and teamwork techniques during maintenance operations.
- Recognize the effects of fatigue, stress, workload, and environmental factors on performance.
- Improve situational awareness and decision-making during maintenance tasks.
- Apply error management and prevention techniques to reduce maintenance-related risks.
- Promote compliance with KCAA regulatory requirements and organizational safety procedures.
- Contribute to a positive safety culture within aviation maintenance organizations.
Instructional Methods
- The course combines classroom instruction with practical learning activities to ensure participants can apply human factors principles in real maintenance environments.
- Training methods include:
- Instructor-Led Classroom Sessions: Interactive presentations covering human factors concepts, KCAA regulatory requirements, and industry best practices.
- Case Study Analysis: Review of aircraft maintenance incidents and accidents where human factors contributed to safety occurrences, highlighting lessons learned.
- Scenario-Based Learning: Practical maintenance scenarios that develop decision-making, communication, and error prevention skills.
- Group Discussions: Facilitated discussions that encourage participants to share workplace experiences and identify practical solutions.
- Team-Based Exercises: Collaborative activities that reinforce effective communication, coordination, and maintenance resource management.
- Error Prevention Workshops: Hands-on exercises focusing on the identification of human factors hazards and the application of risk mitigation techniques.
- Continuous Assessment: Ongoing instructor observation, knowledge checks, and practical evaluations with constructive feedback throughout the course.
Target Group
- Aircraft Maintenance Engineers
- Aircraft Technicians
- Licensed Aircraft Maintenance Engineers (LAMEs)
- Maintenance Supervisors
- Quality Assurance Personnel
- Safety Officers
- Approved Maintenance Organization (AMO) Personnel
- Aviation Maintenance Managers
Teaching Methodology
- The course combines classroom instruction with practical learning activities to ensure participants can apply human factors principles in real maintenance environments.
- Training methods include:
- Instructor-Led Classroom Sessions: Interactive presentations covering human factors concepts, KCAA regulatory requirements, and industry best practices.
- Case Study Analysis: Review of aircraft maintenance incidents and accidents where human factors contributed to safety occurrences, highlighting lessons learned.
- Scenario-Based Learning: Practical maintenance scenarios that develop decision-making, communication, and error prevention skills.
- Group Discussions: Facilitated discussions that encourage participants to share workplace experiences and identify practical solutions.
- Team-Based Exercises: Collaborative activities that reinforce effective communication, coordination, and maintenance resource management.
- Error Prevention Workshops: Hands-on exercises focusing on the identification of human factors hazards and the application of risk mitigation techniques.
- Continuous Assessment: Ongoing instructor observation, knowledge checks, and practical evaluations with constructive feedback throughout the course.
Tailored Across Aviation Sectors
Course content and competency development are mapped to the operational roles identified in the approved course write-up.
Aircraft Technicians
AMO Support Personnel
Aircraft Maintenance Engineers (AMEs)
Maintenance Supervisors
Quality Assurance Personnel
Safety Operation Officers
Assessment & Official Credential
Assessment & Official Credential
Participants who successfully complete the course and meet the assessment requirements will receive a Human Factors in Aircraft Maintenance Certificate of Completion, demonstrating successful completion of KCAA-compliant human factors training for aviation maintenance personnel.
Regulatory Alignment
KCAA regulatory requirements and internationally recognized aviation human factors principles.
Practical Application
The course combines classroom instruction with practical learning activities to ensure participants can apply human factors principles in real maintenance environments.
Learning Outcomes
Explain the principles of human factors and their importance in aircraft maintenance.
Training Outcome
Participants who successfully complete the course and meet the assessment requirements will receive an HFM Certificate of Completion.
Practical Learning & Course Resource Vault
Applied learning activities drawn directly from the course teaching methodology.
HFM Scenario 1
The 2019 Silverstone Air Wheel Detachment & Fleet Suspension (5Y-IZN) – Norms, Fatigue, and Inspection Failures
Fatigue & Shift Timing: The wheel installation occurred during the late-night maintenance shift at Wilson Airport, where technicians were working under tight turnaround deadlines to prepare aircraft for early-morning domestic departures.
Train your crew to avoid such scenario.
HFM Scenario 2
Scenario 2: The 2012 Kenya Police AS350 B3e Crash (5Y-CDT) – Training, Documentation, and Pressure
Pressure & Deferral Norms: In the days preceding the crash, red and amber Engine Electronic Control Unit (EECU) fault lights triggered during operations. Under pressure to maintain high-profile VIP transport readiness, technicians swapped components (such as replacing the EECU unit) without performing a full diagnostic root-cause analysis.
Train your crew to avoid such scenario.
Frequently Asked Questions
Maintenance errors arise from interactions between people, tasks, tools, procedures, environment, communication, fatigue, pressure, and conditions. Human Factors training helps engineers and technicians recognise these precursors before they produce unsafe outcomes. It strengthens procedural discipline, handovers, teamwork, independent inspection, reporting, and error-management practices that support continuing airworthiness and maintenance safety.
KCAA maintenance training material integrates Human Factors and Safety Management principles into training and assessment. Maintenance organisations must also ensure personnel are competent for assigned duties under regulations and approved procedures. This course supports that competence by addressing human performance, error precursors, communication, fatigue, workplace conditions, reporting, and error-control behaviours.
The Dirty Dozen are human-factor error precursors: lack of communication, complacency, lack of knowledge, distraction, lack of teamwork, fatigue, lack of resources, pressure, lack of assertiveness, stress, lack of awareness, and norms. The course examines how these conditions combine and teaches practical countermeasures suitable for maintenance environments and organisational procedures
Yes. Experienced engineers can become vulnerable to normalisation, complacency, workload pressure, fatigue, communication gaps, and changing organisational conditions. Refresher training revisits error precursors through current scenarios and reinforces reporting, handovers, independent checks, procedural discipline, and just-culture behaviours. Employers should schedule recurrence according to approved training programmes and identified competency needs.
No. Human Factors training does not add ratings, licence categories, certification privileges, or maintenance authorisations. Those remain controlled by Personnel Licensing Regulations, approved maintenance organisation procedures, company authorisations, experience, examinations, and competency requirements. HFM strengthens the behavioural and organisational safety competencies needed to exercise existing technical privileges responsibly and consistently.
Register for the Next Course Intake
Physical aviation training programme — contact Think Aviation Training for the current intake and registration details.
Details to Consider
- Course: Human Factors in Aircraft Maintenance Course – KCAA Compliant
- Duration: 2 Days
- 16 Hours
- Current fee and intake dates: confirm with Think Aviation Training
- Contact: +254 711 483 483 or info@think.co.ke
Course Registration & Corporate Training Enquiries
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Request the current individual fee, corporate quotation, intake dates and registration requirements.