Structure Related Training
Helicopter Structure: Modifications and Repair
Manufacturing, Inspections, Modifications and Repair of Composite and Metallic Helicopter Structure and Components.
You are working in helicopter maintenance and you want to develop your knowledge and upgrade your practical skills of composites and metallic helicopter structures? With this education program you will develop knowledge and gain practical skills needed in everyday practice.
Human Factors: Continuation, version 2020
Human Factors is a mandatory requirement for all EASA Part 145 approved organisations as outlined in EASA145.A.30 (e) National Authorities 10 Part Programme.
A detailed HF Continuation Training: Exploring the implications of error, organisational safety culture, procedures, safety policy, human limitations and methods of communication in the aviation work place.
Foreign Object Debris (FOD), Awareness and Damage Prevention
The damage caused by FOD is estimated to cost the aerospace industry $4 billion a year!
FOD has the potential to damage an aircraft during critical phases of flight, which can lead to catastrophic loss of life and airframe, and at the very least increased maintenance and operating cost, and dissatisfied passengers in case of any delays.
The purpose of this FOD Awareness and Prevention training is to create or increase awareness among all military and commercial aviation related personnel, regarding the prevention of Foreign Object Debris.
Sealant Compound Application
Protect your aircraft from corrosion
High demands are made on today’s aircraft with respect to comfort, fuel consumption, noise reduction and above all: Safety.
Sealing seams and joints contributes greatly to this security. It is therefore important to train how to apply sealant compound properly
Structural Repair Manual, damage recognition, assessment and reporting
Understand and Work with Aircraft Technical Documentation
The course will give the participants the basic skills and confidence in how to
use the Structural Repair Manual (SRM) to perform damage assessment, to select repair procedure, understand the repair method and design repairs within the limits of the Structural Repair Manual (SRM). The course includes repair case studies that require the student to determine part identification, allowable damage limits, and detail metallic and composites repair options.
Human Factors: Continuation, version 2020
Human Factors is a mandatory requirement for all EASA Part 145 approved organisations as outlined in EASA145.A.30 (e) National Authorities 10 Part Programme.
A detailed HF Continuation Training: Exploring the implications of error, organisational safety culture, procedures, safety policy, human limitations and methods of communication in the aviation work place.
Foreign Object Debris (FOD), Awareness and Damage Prevention
The damage caused by FOD is estimated to cost the aerospace industry $4 billion a year!
FOD has the potential to damage an aircraft during critical phases of flight, which can lead to catastrophic loss of life and airframe, and at the very least increased maintenance and operating cost, and dissatisfied passengers in case of any delays.
The purpose of this FOD Awareness and Prevention training is to create or increase awareness among all military and commercial aviation related personnel, regarding the prevention of Foreign Object Debris.
Sealant Compound Application
Protect your aircraft from corrosion
High demands are made on today’s aircraft with respect to comfort, fuel consumption, noise reduction and above all: Safety.
Sealing seams and joints contributes greatly to this security. It is therefore important to train how to apply sealant compound properly
Structural Repair Manual, damage recognition, assessment and reporting
Understand and Work with Aircraft Technical Documentation
The course will give the participants the basic skills and confidence in how to
use the Structural Repair Manual (SRM) to perform damage assessment, to select repair procedure, understand the repair method and design repairs within the limits of the Structural Repair Manual (SRM). The course includes repair case studies that require the student to determine part identification, allowable damage limits, and detail metallic and composites repair options.