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Course Title

EASA 145 Train the Trainer

EASA Part-145 Train the Trainer: build EASA Part-145-aligned instructional design, delivery, and assessment skills for aviation maintenance instructors.

EASA 145 Train the Trainer Training Service

ACCREDITATIONS

Clients

750+

Satisfied Clients

Our Clients

2025

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4.89 ★★★★★

Based on 2400+ Reviews

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RESULTS-ORITNTED Training Description

Course Duration

4 Days

Training Delivery Method

Classroom (Instructor-Led) or Online (Instructor-Led)

Instructors Languages

English / Arabic / Urdu / Hindi / Pashto

Certification Provider

Tamkene Saudi Training Center - Approved by TVTC (Technical and Vocational Training Corporation)

Certificate Validity

2 Years (Extendable with additional training hours)

Course Average Passing Rate

97%

Competency Assessment Criteria

Practical Assessment and Knowledge Assessment

Post Training Reporting

Post Training Report + Candidate(s) Training Evaluation Forms

Training Design Methodology

ADDIE Training Design Methodology

Certificate of Successful Completion

Certification is provided upon successful completion. The certificate can be verified through a QR-Code system.

Course Overview

This EASA 145 Train the Trainer Training Course equips organizational maintenance instructors with the instructional design, delivery, and assessment competencies required to deliver compliant training within an EASA Part-145 approved maintenance organization. Participants gain a clear understanding of the regulatory training requirements, adult learning principles, and curriculum development practices needed to support consistent, high-quality aviation maintenance training.


The course further develops applied instructional skills, including practical and on-the-job training delivery, competency assessment design, and human factors integration specific to aviation maintenance environments. Emphasis is placed on practical, scenario-based learning so instructors can immediately apply structured training delivery techniques, support trainee competency development, and strengthen their organization's compliance with EASA Part-145 training obligations.

Key Learning Objectives

  • Explain EASA Part-145 training and instructor requirements including (approval scope and instructor qualification criteria)

  • Apply adult learning principles to aviation maintenance training including (experience-based and practical learning methods)

  • Design structured maintenance training curricula including (learning objectives and content sequencing)

  • Deliver effective classroom and practical training sessions including (demonstration and hands-on facilitation techniques)

  • Design and evaluate competency-based assessments including (valid testing methods and performance verification)

Course Outline

1. Introduction to EASA Part-145 and Train the Trainer Requirements

  • Overview of EASA Part-145 approved maintenance organization requirements including (training program obligations)

  • Instructor qualification and competency requirements including (technical knowledge and instructional competency)

  • Role of the Train the Trainer program including (instructor standardization and quality assurance)

  • Key regulatory stakeholders including (competent authorities, quality managers, and training departments)

  • Benefits of standardized instructor training including (consistent maintenance quality and compliance assurance)

2. Regulatory Framework and Compliance Overview

  • EASA Part-145 training program requirements including (initial, recurrent, and on-the-job training obligations)

  • Relationship with EASA Part-66 licensing requirements including (license category training alignment)

  • Continuing airworthiness training considerations including (aircraft type and task-specific training)

  • Regulatory audit and inspection readiness including (training record compliance verification)

  • Managing non-compliance findings including (corrective action and training program adjustment)

3. Adult Learning Principles for Aviation Maintenance Training

  • Andragogy fundamentals applied to technical training including (experience-based and problem-centered learning)

  • Learning style considerations in maintenance environments including (hands-on and visual learning preferences)

  • Motivation factors for maintenance personnel including (safety relevance and career development)

  • Barriers to learning in technical settings including (time pressure and prior negative training experiences)

  • Applying adult learning theory to hangar and classroom training including (practical, task-based methods)

4. Instructional Design and Curriculum Development

4.1 Learning Objectives and Course Structure
  • Writing measurable learning objectives including (Bloom's Taxonomy application to maintenance tasks)

  • Structuring course flow for technical content including (logical task sequencing and pacing)

  • Aligning objectives with competency assessments including (outcome-based curriculum design)

  • Balancing theoretical and practical content including (appropriate time allocation for hands-on tasks)

  • Reviewing curriculum for regulatory alignment including (EASA Part-145 compliance verification)

4.2 Training Material Development
  • Developing technical training materials including (manuals, job cards, and visual aids)

  • Incorporating real-world maintenance scenarios including (case studies and fault-finding exercises)

  • Designing practical exercises and simulations including (mock-up and workshop-based tasks)

  • Ensuring technical accuracy and currency including (subject matter expert and engineering review)

  • Version control and material update procedures including (revision tracking and approval processes)

5. Training Delivery Techniques

  • Delivery method selection for maintenance training including (lecture, demonstration, and hands-on approaches)

  • Pacing and time management during technical sessions including (content prioritization and session flow)

  • Engaging trainees with varied experience levels including (adapting delivery to skill differences)

  • Using questioning techniques in technical training including (open-ended and diagnostic questions)

  • Reinforcing critical safety and procedural points including (repetition and emphasis techniques)

6. Practical and On-the-Job Training Methods

  • Structuring on-the-job training (OJT) programs including (task progression and supervision requirements)

  • Hangar and workshop training management including (safety considerations and hands-on supervision)

  • Demonstrating maintenance tasks effectively including (step-by-step procedural demonstration)

  • Supervising trainee task performance including (observation and real-time correction)

  • Documenting OJT progress including (task sign-off and competency tracking records)

7. Classroom and Workshop Training Management

  • Classroom and workshop setup including (equipment readiness and safety considerations)

  • Managing group practical sessions including (rotation stations and supervision ratios)

  • Time management during combined theory-practical sessions including (schedule adherence)

  • Ensuring trainee safety during hands-on exercises including (risk assessment and PPE enforcement)

  • Managing training equipment and tooling including (calibration and availability verification)

8. Assessment and Competency Evaluation

8.1 Designing Valid Assessments
  • Assessment method selection for maintenance competencies including (written, practical, and oral assessments)

  • Writing valid technical assessment questions including (clarity and task-relevant difficulty)

  • Aligning assessments with EASA Part-145 competency requirements including (outcome-based design)

  • Developing practical assessment criteria including (observable, measurable task performance standards)

  • Ensuring assessment consistency and fairness including (standardized criteria application)

8.2 Evaluating Trainee Competency
  • Scoring and grading consistency including (standardized rubrics and pass criteria)

  • Providing constructive technical feedback including (specific, actionable performance feedback)

  • Managing competency gaps including (remediation planning and reassessment procedures)

  • Documenting competency assessment outcomes including (records for regulatory compliance)

  • Sign-off and certification procedures including (competency confirmation and authorization)

9. Human Factors in Aviation Maintenance Training

  • Human factors principles in maintenance including (fatigue, communication, and situational awareness)

  • Integrating human factors into training delivery including (error prevention and reporting culture)

  • Addressing complacency and normalization of deviance including (awareness reinforcement techniques)

  • Promoting a just culture in training environments including (open reporting without fear of blame)

  • Case-based human factors discussion including (maintenance incident contributing factors)

10. Training Documentation and Recordkeeping

  • Maintaining instructor and trainee training records including (attendance, assessments, and certifications)

  • Documentation compliance requirements including (EASA Part-145 recordkeeping standards)

  • Managing training material and record version control including (updates and audit trail maintenance)

  • Preparing training reports for quality and regulatory review including (session summaries and outcomes)

  • Data protection considerations including (secure storage of trainee competency records)

11. Quality Assurance in Maintenance Training Programs

  • Quality assurance principles in training delivery including (consistency and standard adherence)

  • Conducting internal training audits including (curriculum, delivery, and documentation review)

  • Gathering and applying trainee feedback including (course evaluations and improvement actions)

  • Benchmarking training quality against regulatory expectations including (EASA Part-145 standard alignment)

  • Continuous improvement processes including (curriculum updates based on audit findings)

12. Handling Difficult Trainees and Training Challenges

  • Identifying challenging trainee behaviors including (disengagement, overconfidence, and resistance)

  • De-escalation techniques in technical training environments including (calm communication and boundary setting)

  • Managing conflict between trainees including (mediation and fair resolution)

  • Addressing competency concerns sensitively including (private, constructive conversations)

  • Maintaining instructor composure under pressure including (self-management strategies)

13. Continuing Competency and Instructor Development

  • Instructor continuing competency requirements including (recurrent training and currency verification)

  • Peer observation and feedback practices including (structured instructor evaluation)

  • Pursuing advanced instructional qualifications including (specialized instructor credentials)

  • Reflective practice for instructors including (self-assessment and improvement planning)

  • Building a sustainable instructor development pipeline including (succession planning for training teams)

14. Group Discussion and Case Studies

  • Review of real-world maintenance training challenges including (competency gaps and non-compliance findings)

  • Facilitated discussion on instructional decision-making including (delivery method selection trade-offs)

  • Comparative analysis of training approaches including (classroom-based vs. on-the-job training models)

  • Peer-to-peer micro-teaching exercises including (delivering a short technical session for feedback)

  • Lessons-learned discussion including (common instructor pitfalls and best practice takeaways)

1. Introduction to EASA Part-145 and Train the Trainer Requirements

  • Overview of EASA Part-145 approved maintenance organization requirements including (training program obligations)

  • Instructor qualification and competency requirements including (technical knowledge and instructional competency)

  • Role of the Train the Trainer program including (instructor standardization and quality assurance)

  • Key regulatory stakeholders including (competent authorities, quality managers, and training departments)

  • Benefits of standardized instructor training including (consistent maintenance quality and compliance assurance)

2. Regulatory Framework and Compliance Overview

  • EASA Part-145 training program requirements including (initial, recurrent, and on-the-job training obligations)

  • Relationship with EASA Part-66 licensing requirements including (license category training alignment)

  • Continuing airworthiness training considerations including (aircraft type and task-specific training)

  • Regulatory audit and inspection readiness including (training record compliance verification)

  • Managing non-compliance findings including (corrective action and training program adjustment)

3. Adult Learning Principles for Aviation Maintenance Training

  • Andragogy fundamentals applied to technical training including (experience-based and problem-centered learning)

  • Learning style considerations in maintenance environments including (hands-on and visual learning preferences)

  • Motivation factors for maintenance personnel including (safety relevance and career development)

  • Barriers to learning in technical settings including (time pressure and prior negative training experiences)

  • Applying adult learning theory to hangar and classroom training including (practical, task-based methods)

4. Instructional Design and Curriculum Development

4.1 Learning Objectives and Course Structure
  • Writing measurable learning objectives including (Bloom's Taxonomy application to maintenance tasks)

  • Structuring course flow for technical content including (logical task sequencing and pacing)

  • Aligning objectives with competency assessments including (outcome-based curriculum design)

  • Balancing theoretical and practical content including (appropriate time allocation for hands-on tasks)

  • Reviewing curriculum for regulatory alignment including (EASA Part-145 compliance verification)

4.2 Training Material Development
  • Developing technical training materials including (manuals, job cards, and visual aids)

  • Incorporating real-world maintenance scenarios including (case studies and fault-finding exercises)

  • Designing practical exercises and simulations including (mock-up and workshop-based tasks)

  • Ensuring technical accuracy and currency including (subject matter expert and engineering review)

  • Version control and material update procedures including (revision tracking and approval processes)

5. Training Delivery Techniques

  • Delivery method selection for maintenance training including (lecture, demonstration, and hands-on approaches)

  • Pacing and time management during technical sessions including (content prioritization and session flow)

  • Engaging trainees with varied experience levels including (adapting delivery to skill differences)

  • Using questioning techniques in technical training including (open-ended and diagnostic questions)

  • Reinforcing critical safety and procedural points including (repetition and emphasis techniques)

6. Practical and On-the-Job Training Methods

  • Structuring on-the-job training (OJT) programs including (task progression and supervision requirements)

  • Hangar and workshop training management including (safety considerations and hands-on supervision)

  • Demonstrating maintenance tasks effectively including (step-by-step procedural demonstration)

  • Supervising trainee task performance including (observation and real-time correction)

  • Documenting OJT progress including (task sign-off and competency tracking records)

7. Classroom and Workshop Training Management

  • Classroom and workshop setup including (equipment readiness and safety considerations)

  • Managing group practical sessions including (rotation stations and supervision ratios)

  • Time management during combined theory-practical sessions including (schedule adherence)

  • Ensuring trainee safety during hands-on exercises including (risk assessment and PPE enforcement)

  • Managing training equipment and tooling including (calibration and availability verification)

8. Assessment and Competency Evaluation

8.1 Designing Valid Assessments
  • Assessment method selection for maintenance competencies including (written, practical, and oral assessments)

  • Writing valid technical assessment questions including (clarity and task-relevant difficulty)

  • Aligning assessments with EASA Part-145 competency requirements including (outcome-based design)

  • Developing practical assessment criteria including (observable, measurable task performance standards)

  • Ensuring assessment consistency and fairness including (standardized criteria application)

8.2 Evaluating Trainee Competency
  • Scoring and grading consistency including (standardized rubrics and pass criteria)

  • Providing constructive technical feedback including (specific, actionable performance feedback)

  • Managing competency gaps including (remediation planning and reassessment procedures)

  • Documenting competency assessment outcomes including (records for regulatory compliance)

  • Sign-off and certification procedures including (competency confirmation and authorization)

9. Human Factors in Aviation Maintenance Training

  • Human factors principles in maintenance including (fatigue, communication, and situational awareness)

  • Integrating human factors into training delivery including (error prevention and reporting culture)

  • Addressing complacency and normalization of deviance including (awareness reinforcement techniques)

  • Promoting a just culture in training environments including (open reporting without fear of blame)

  • Case-based human factors discussion including (maintenance incident contributing factors)

10. Training Documentation and Recordkeeping

  • Maintaining instructor and trainee training records including (attendance, assessments, and certifications)

  • Documentation compliance requirements including (EASA Part-145 recordkeeping standards)

  • Managing training material and record version control including (updates and audit trail maintenance)

  • Preparing training reports for quality and regulatory review including (session summaries and outcomes)

  • Data protection considerations including (secure storage of trainee competency records)

11. Quality Assurance in Maintenance Training Programs

  • Quality assurance principles in training delivery including (consistency and standard adherence)

  • Conducting internal training audits including (curriculum, delivery, and documentation review)

  • Gathering and applying trainee feedback including (course evaluations and improvement actions)

  • Benchmarking training quality against regulatory expectations including (EASA Part-145 standard alignment)

  • Continuous improvement processes including (curriculum updates based on audit findings)

12. Handling Difficult Trainees and Training Challenges

  • Identifying challenging trainee behaviors including (disengagement, overconfidence, and resistance)

  • De-escalation techniques in technical training environments including (calm communication and boundary setting)

  • Managing conflict between trainees including (mediation and fair resolution)

  • Addressing competency concerns sensitively including (private, constructive conversations)

  • Maintaining instructor composure under pressure including (self-management strategies)

13. Continuing Competency and Instructor Development

  • Instructor continuing competency requirements including (recurrent training and currency verification)

  • Peer observation and feedback practices including (structured instructor evaluation)

  • Pursuing advanced instructional qualifications including (specialized instructor credentials)

  • Reflective practice for instructors including (self-assessment and improvement planning)

  • Building a sustainable instructor development pipeline including (succession planning for training teams)

14. Group Discussion and Case Studies

  • Review of real-world maintenance training challenges including (competency gaps and non-compliance findings)

  • Facilitated discussion on instructional decision-making including (delivery method selection trade-offs)

  • Comparative analysis of training approaches including (classroom-based vs. on-the-job training models)

  • Peer-to-peer micro-teaching exercises including (delivering a short technical session for feedback)

  • Lessons-learned discussion including (common instructor pitfalls and best practice takeaways)

Group Exercises

  • Micro-teaching practice sessions including (peer-delivered technical mini-lessons with feedback)

  • Curriculum design workshop including (developing a sample maintenance lesson plan)

  • Assessment design exercise including (writing valid competency test questions)

  • Difficult trainee role-play including (managing disengaged or overconfident trainee scenarios)

  • On-the-job training simulation including (demonstrating and supervising a mock maintenance task)

Gained Core Technical Skills

  • Instructional design and curriculum development including (learning objectives and content structuring)

  • Maintenance training delivery techniques including (classroom, practical, and on-the-job methods)

  • Competency assessment design and evaluation including (valid testing and performance feedback)

  • Human factors integration in training including (error prevention and just culture promotion)

  • Regulatory compliance and quality assurance including (EASA Part-145 documentation and audit readiness)

Services Geographical Coverage

In Tamkene Training Center or at our client's facility (On-Site), Covering All Saudi Arabia Cities and Locations:


Targeted Audience

  • Aviation maintenance instructors and trainers including (technical trainers within approved organizations)

  • Quality and training department personnel including (training managers and quality assurance staff)

  • Senior licensed engineers transitioning to instructor roles including (experienced technicians and supervisors)

  • Compliance and regulatory affairs teams including (personnel overseeing training program compliance)

  • Organizations building internal instructor capability including (EASA Part-145 approved training providers)

Practical Assessment

  • Hands-on micro-teaching demonstration including (delivery quality and trainee engagement evaluation)

  • Curriculum development exercise including (lesson plan structure and objective alignment)

  • Assessment design demonstration including (question validity and rubric development)

  • On-the-job training demonstration including (task demonstration and supervision technique application)

  • Difficult trainee management role-play including (de-escalation technique application)

Knowledge Assessment

  • Multiple-choice examination covering (adult learning principles, instructional design, and assessment methods)

  • Scenario-based questions including (delivery technique selection and trainee management decisions)

  • Regulatory compliance quiz including (EASA Part-145 training and instructor requirements)

  • Curriculum design assessment including (objective writing and content structuring knowledge)

  • Case study analysis including (real-world maintenance instructional decision-making)

Why Choose This Course

  • Regulatory Compliance Focus

  • Standards-Aligned Curriculum

  • Real-World Case Study Application

  • Hands-On Micro-Teaching Practice

  • Immediate Workplace Applicability

Note: Training scenarios, materials, and case studies can be tailored to your organization's maintenance discipline, fleet, and approval scope.

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