Description

Learning Outcomes
By the end of the course, participants will be able to:
• Define and describe the general layout of the A350’s major systems
using proper terminology and nomenclature.
• Identify safety precautions specific to the A350 aircraft.
• Recognize maintenance practices and tools unique to the A350, including
special tooling and test equipment.
b. Teaching and Learning Methods
• Lecture Based Method – The lecturer will deliver the information to
participants through creative and visual presentation.
• Cooperative Learning – The lecturer can conduct a group activity that
can engage collaborations and proper understanding to the topic.
c. Target Participants for the Course
• Aviation Students: Individuals studying aviation maintenance, safety,
or management will find this training valuable as part of their broader
educational experience.
• Aviation Personnel: For Aviation professionals who wants to improve
their knowledge in aviation safety procedures.
d. Degree Program Allocation
N/A
e. Requirements for the Awarding of Credits
Complete the course and pass the exam.
f. Credits and grades
• Certificate of Participation
o Participants should have complete attendance on the said seminar.
• Certificate of Completion
o Participants should have complete attendance and a passing score
of 75 percent.
• Certificate of Excellence
o Participants should have complete attendance and a passing score
of 100 percent.

g. Frequency with which the Module is Offered
The module is offered depending on its demand or if it can complete a
number of participants.

h. Workload
The participants will engage in an interactive participation in terms of
sharing ideas or recitation and activities in between lectures to keep
the course engaging and informative.
i. Duration
A thorough 40-hour program providing an overview of the primary systems
of the A350 aircraft, focusing on its airframe, powerplant, electrical
systems, and avionics.