MEA60518 Advanced Diploma of Avionic Engineering
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Introduction
The term related to operating or flying an aircraft is aviation. The Assignment is designed particularly for the activities related to the aircraft. As the industry of airlines is on the boost, the number of aircraft and jets are also increasing simultaneously. With the increase in the technology of aircraft, there is a need for the people who can design it, operate it, and maintain it. In the era where engineers are working on air bikes and air cars. The need the maintaining it is increasing day by day. The Assignment is designed for students who wanted to pursue their career in aviation. There is a training program developed for the people who wanted to take their career at an advanced level from this Assignment. There are many programs designed for the advanced level in this Assignment. As per the records, the engineers who already have pursued the aviation Assignment are happy with the advanced diploma in this Assignment. There are about 74% of the engineers who are satisfied with the Assignment of advance diploma. Furthermore, as per the records, the improves the status of work after this Assignment of the employees are 53% which is a good number. Besides these two advantages, there is a hike in the salary of the people after the completion of this Assignment.
Required Qualification
The learner should be employed in senior paraprofessional engineering and at a managerial position. The foundation in which the learner should be employed is Civil Aviation Safety Authority (CASA) and also Australian Defence Force (ADF). The next noting detail about pursuing the Assignment is that the managerial positions are worthy enough to pursue the Assignment. Hence, direct entry into this Assignment is not possible.
Assignment details:
The certificate of MEA60518- Advanced Diploma of Avionic Engineering is awarded only after the completion of certain units. After the successful completion of the following units, a learner will be awarded the certificate of the advance diploma in the same field as well as there would be a hike in salary as well in the work progress of the company.
The unit consists of 43 units in total. Out of which 28 are core units and the rest are the elective units. Elective units can be chosen by the candidate as per their interest. To complete the Assignment a candidate must clear 32-34 units in total. 28 units of the core and the rest 4-6 units are elective. Though the guidance will be provided to a student before choosing an elective unit.
CORE UNIT |
28 |
ELECTIVE UNIT |
4-6 |
TOTAL UNITS |
32-34 units |
The qualification is for the departments that work under the Civil Aviation Safety Authority (CASA) and also the Australian Defence Force (ADF).
UNIT DETAILS
The details of the Units are mentioned below:
Core Units
Unit code |
Unit title |
MEA107 |
Interpret and use aviation maintenance industry manuals and specifications |
MEA135 |
Use computers in aviation maintenance-related integrated logistic support activities |
MEA142 |
Manage self in the aviation maintenance environment |
MEA153 |
Communicate aviation technical and maintenance management knowledge |
MEA154 |
Apply work health and safety practices in aviation maintenance |
MEA155 |
Plan and organize aviation maintenance work activities |
MEA156 |
Apply quality standards during aviation maintenance activities |
MEA157 |
Complete aviation maintenance industry documentation |
MEA158 |
Perform basic hand skills, standard trade practices, and fundamentals in aviation maintenance |
MEA162 |
Write aviation technical publications |
MEA201 |
Remove and install miscellaneous aircraft electrical hardware/components |
MEA246 |
Fabricate and/or repair aircraft electrical hardware or parts |
MEA261 |
Use electronic test equipment |
MEA262 |
Modify/repair aircraft component single-layer printed circuit boards |
MEA296 |
Use electrical test equipment in aviation maintenance activities |
MEA702 |
Produce aeronautical engineering-related graphics |
MEA704 |
Apply avionic modeling for computer-aided engineering |
MEA706 |
Apply basic scientific principles and techniques in avionic engineering situations |
MEA708 |
Select and test avionic engineering materials |
MEA711 |
Apply avionic analog design techniques |
MEA712 |
Apply avionic digital design techniques |
MEA714 |
Integrate avionic fundamentals into an engineering task |
MEA725 |
Apply advanced scientific principles and techniques in avionic engineering situations |
MEA727 |
Apply calculus in avionic engineering situations |
MEM23004A |
Apply technical mathematics |
MEM30007A |
Select common engineering materials |
MEM30012A |
Apply mathematical techniques in a manufacturing engineering or related environment |
MSMENV672 |
Develop workplace policy and procedures for environmental sustainability |
Apart from this, there are certain elective units that a candidate must choose. The units also have the criteria to be chosen according to the qualification. There are approximately 20 units out of which 4 units should be selected by the learner from the selected guidance option.
From the Units given below. A learner must select 4-6 units from the table given below.
Elective Units.
Unit code |
Unit title |
MEA127 |
Provide technical advice in the maintenance and management of aircraft and aeronautical product |
MEA128 |
Provide engineering advice in the modification, maintenance, and management of aircraft systems |
MEA129 |
Investigate technical aspects of aviation occurrences |
MEA163 |
Perform aviation technical publication management activities |
MEA143 |
Develop and manage maintenance error management programs |
MEA164 |
Perform airworthiness management and maintenance program tasks |
MEA270 |
Layout avionic systems |
MEA271 |
Layout avionic flight management systems |
MEA716 |
Evaluate avionic analogue systems |
MEA717 |
Evaluate avionic digital systems |
MEA719 |
Evaluate aircraft electrical systems |
MEA726 |
Apply aircraft electrical system design techniques |
MEA729 |
Apply configuration management procedures in airworthiness engineering management |
MEA730 |
Apply systems engineering procedures to airworthiness engineering design project management |
MEM22013A |
Coordinate engineering projects |
*The selection of these units is based on CASA and ADF. The third requirement is based on prior knowledge and certificate that a learner possesses of the Assignment.
From the second table mentioned above, there are only four to six units selected by the learner to complete a Assignment.
BENEFITS
The Assignment is approved by Civil Aviation Safety Authority (CASA) and also the Australian Defence Force (ADF). The benefits of the Assignment are the additional knowledge that one is getting regarding the sector in which the learner is employed. The projects and the technology will give you a boost in the field.
There are many benefits offered to the learners. Many incentives and training are provided to the learners. Scholarships are also awarded. The government also provides loans to students who are not able to afford this Assignment. This proves beneficial to the employees who wanted a career hike in the sector of aviation.