Diploma in Aircraft Maintenance Engineering (Classroom-based or e-Learning)
Aircraft maintenance stands as a critical pillar in aviation safety. Anticipating a surge in the aviation sector, particularly in the Asia-Pacific region, the need for skilled aircraft maintenance engineers and technicians is projected to rise significantly.
The industry’s swift advancement and heightened focus on safety underscore the necessity for adept and certified aircraft maintenance engineers (AMEs). With the growing demand for expertise in avionics, composites, and advanced materials, the call for proficient AMEs is stronger than ever.
The Diploma in Aircraft Maintenance Engineering (DAME) course is a 6-month specialised programme designed to prepare learners (students) for a career as a licensed aircraft technician under the Civil Aviation Authority of Singapore (CAAS) and European Aviation Safety Agency (EASA). This course offers a strong foundation in aircraft maintenance, providing the skills and knowledge needed to pass the CAAS/EASA basic exams at the CAT A and B1 certifying technician levels. (Reference: SINGAPORE AIRWORTHINESS REQUIREMENTS SAR – 66 syllabus).
The curriculum aligns with CAAS/EASA Part 66 Exam modules M10, M11A, M15 and M17, equipping learners (students) for CAT A and B1 certification levels, supporting learners (students) in pursuing careers in the aviation industry. Graduates from the Advanced Certificate in Aircraft Maintenance course (Classroom or E-Learning) may progress into this course, subject to meeting the language proficiency requirement of the course.
Who Should Attend?
Individuals who are interested in pursuing a career in aircraft maintenance and repair. They would typically be tinkerers who like hands-on work on hi-tech machines.
Individuals who have completed secondary school education and have a background in mathematics and science. It is also suitable for those who have completed a relevant vocational or technical education program.
Working technicians in other industries who are interested in becoming a licensed aircraft engineer would find this program useful, as it provides a path for a career switch and have the drive and motivation to excel in this dynamic field.
Entry Requirement
17 years old
Attainment of IELTS 5.0 or equivalent, or
A pass in ASCENSUS INSTITUTE’s English Literacy Test with a minimum grade of 60%.
Normal Entry:
ASCENSUS Advanced Certificate in Aircraft Maintenance, or
ASCENSUS Advanced Certificate in Aircraft Maintenance (E-Learning), or
Completed NITEC, or
Completed Higher NITEC, or
At least 1 pass with a minimum C6 for GCE ‘O’ Level, or
Completion of High School (9th year) qualification or equivalent for International Students.
Alternative Entry:
Applicants with the minimum age of 30, who do not possess the above qualifications but have a minimum of 8 years working experience, may be considered for entry into this course.
Evidence of previous employment will need to be provided, together with a reference from the current or recent employer.
Assessment Framework
The assessment process for the course is designed to assess learners’ understanding of the theoretical concepts and practical skills taught through online assessment (MCQ Exams and/or Essay Questions).
Graduation Requirement and Award
ASCENSUS INSTITUTE awards will be conferred upon successful completion of the course that obtained a minimum pass with a ‘C-’ grade in all the required modules.
Possible Progression Pathway
Upon successful completion of the course, learners (students) may progress into a degree course, subject to meeting the entry requirements of the university.
Teacher : Student Ratio
1 : 40
The module provides learners (students) a concise exploration of the legal frameworks governing the aviation industry. It focuses on both national and international regulations, covering critical aspects such as air law, safety standards, and compliance requirements.
Learners (Students) will gain practical insights into licensing, certification, and the legal implications of aviation accidents. Case studies are utilised to reinforce real-world application, equipping learners (students) for roles requiring a comprehensive understanding of aviation laws.
Navigating learners (students) through the intricate regulatory landscape with proficiency, the module fosters a culture of compliance and safety within the dynamic aviation sector.
The module provides a comprehensive exploration of the aerodynamic principles, structural components, and complex systems inherent to turbine-powered aircraft.
Learners (Students) delve into the intricacies of aerodynamics, structural design, and advanced systems, gaining a deep understanding of their interconnections. The curriculum emphasizes practical applications, ensuring learners (students) develop skills in maintaining, troubleshooting, and ensuring the airworthiness of turbine aeroplanes.
By integrating theory with hands-on practice, the module prepares learners (students) for roles in aircraft maintenance where expertise in aerodynamics, structures, and systems is essential for ensuring the safety and reliability of turbine-powered aircraft.
The module offers a details exploration of the principles, components, and operations of gas turbine engines. It provides practical insights into maintenance, troubleshooting, and regulatory compliance, enabling learners (students) to analyse engine performance, address environmental concerns, and implement safety measures effectively.
The comprehensive curriculum equips learners (students) for key roles in aircraft maintenance, ensuring they possess the expertise required to maintain, troubleshoot, and optimize the performance of gas turbine engines. By doing so, learners (students) contribute to the reliability and airworthiness of modern aircraft.
This module offers a comprehensive study of aircraft propeller systems, covering propeller design, construction, and operations. Emphasising practical insights into maintenance, troubleshooting, and compliance with aviation regulations, learners (students) gain proficiency in analysing propeller performance, addressing safety considerations, and ensuring airworthiness.
Integrating theoretical knowledge with applications case studies, the curriculum prepares learners (students) for roles in aircraft maintenance where expertise in propellers is essential for optimal aircraft functionality.
Overall, the module equips learners (students) with the skills and understanding necessary to contribute to the reliability, efficiency, and safety of aircraft equipped with propeller systems.
