หน่วยสมรรถนะ

หน่วยสมรรถนะ

Apply systems engineering procedures to airworthiness engineering design.

สาขาวิชาชีพการบิน


รายละเอียดหน่วยสมรรถนะ


1. รหัสหน่วยสมรรถนะ AVT-FTN-5-058ZA

2. ชื่อหน่วยสมรรถนะ Apply systems engineering procedures to airworthiness engineering design.

3. ทบทวนครั้งที่ - / -

4. สร้างใหม่ ปรับปรุง

5. สำหรับชื่ออาชีพและรหัสอาชีพ (Occupational Classification)


Aircraft Mechanics: Airplanes




Aircraft Mechanics: Helicopters



6. คำอธิบายหน่วยสมรรถนะ (Description of Unit of Competency)
          systems engineering procedures are applied in establishing management procedures engineering design projects related to the design of complex systems that require integration of subsystems and / or components of a multidisciplinary engineering team. Management processes can refer to all design stages and may include the development of software systems. In the stages of production and management life cycle, the output data systems engineering design phase can be used in the implementation of procedures for configuration management (CM) and / or to support the implementation of logistical support integrated (ILS) where justified by the size and complexity of the system or when required by contract.

7. สำหรับระดับคุณวุฒิ
1 2 3 4 5 6 7 8

8. กลุ่มอาชีพ (Sector)
10 Aircraft Mechanics

9. ชื่ออาชีพและรหัสอาชีพอื่นที่หน่วยสมรรถนะนี้สามารถใช้ได้ (ถ้ามี)
101 Aircraft Maintenance: Airplanes102 Aircraft Maintenance: Helicopters103 Aircraft Maintenance: Avionics

10. ข้อกำหนดหรือกฎระเบียบที่เกี่ยวข้อง (Licensing or Regulation Related) (ถ้ามี)
ICAO Doc 7192 / EASA Part 66

11. สมรรถนะย่อยและเกณฑ์การปฏิบัติงาน (Elements and Performance Criteria)
หน่วยสมรรถนะย่อย (EOC) เกณฑ์ในการปฏิบัติงาน (Performance Criteria) รหัส PC
(ตามเล่มมาตรฐาน)
รหัส PC
(จากระบบ)
101511.01 document system requirements and perform functional analysis. 101511.01.01 Identify and document customer or contractual systemrequirements and relevant regulatory requirements and set up a systemsengineering team to allocate responsibilities 101511.01.01 71184
101511.01 document system requirements and perform functional analysis. 101511.01.02 Review and developfunctional analysis outcomes against requirements and revise where necessary. 101511.01.02 71185
101511.02 Manage preliminary and detail design activities. 101511.02.01 Coordinate the development of performance specificationsfor the system and components 101511.02.01 71186
101511.02 Manage preliminary and detail design activities. 101511.02.02 Coordinate the developmentof item, software specifications, engineering drawings,process and materialspecifications 101511.02.02 71187
101511.03 Provide oversight of production and delivery for life-cycle management of the system, components and software. 101511.03.01 Apply product review and verification procedures andinitiate action to remedy design or production deficiencies, where there is acontractual requirement for the application of CM, provide technical datapackage and define the configuration items and baselines 101511.03.01 71188
101511.03 Provide oversight of production and delivery for life-cycle management of the system, components and software. 101511.03.02 Where there is acontractual requirement for ILS, provide the technical data package and datarequired for the development of the relevant ILS plans.Wherethere is no contractual requirements relating to life cycle management,deliver the package of technical data and develop procedures for managingsystem configuration, system components and software that meet the relevantregulatory requirements 101511.03.02 71189

12. ความรู้และทักษะก่อนหน้าที่จำเป็น (Pre-requisite Skill & Knowledge)


101401 Use computers in aviation maintenance-related integrated logistic support activities.




101506 Write aviation maintenance technical publications. 


13. ทักษะและความรู้ที่ต้องการ (Required Skills and Knowledge)

(ก) ความต้องการด้านทักษะ

N/A

(ข) ความต้องการด้านความรู้

N/A

14. หลักฐานที่ต้องการ (Evidence Guide)


(a) Performance Evidence




          Evidence required to demonstrate competency in this unit must be relevant to and satisfy all of the requirements of the elements and performance criteria and include basic knowledge of:




          • the systems engineering process and management procedures, including relevant airworthiness regulations




          • how to set up and manage the activities of a systems engineering design team




          • development of specifications and standards




          • identification of applicable published specifications and standards




          • how to set up and manage a systems analysis and control database




          • how to use process outputs to set up CM and ILS systems for through-life management




          • how to develop and document an applicable life-cycle management system where CM or ILS is not prescribed or is inappropriate




          • ethical considerations in systems engineering.




(b) Knowledge Evidence




          This unit may be assessed on the job, off the job or a combination of both on and off the job. Where assessment occurs off the job, that is, the candidate is not in productive work, then a simulated working environment must be used that reflects realistic workplace situations and conditions.




          • The competencies covered by this unit would be demonstrated by an individual working alone or as part of a team.




          • Where applicable, reasonable adjustment must be made to work environments and training situations to accommodate ethnicity, age, gender, demographics and disability.




          • Assessment methods must be by direct observation of tasks and include questioning on underpinning knowledge to ensure its correct interpretation and application.




          • Assessment may be applied under project-related conditions (real or simulated) and require evidence of process.




          • Assessment must confirm a reasonable inference that competency is able not only to be satisfied under the particular circumstance, but is able to be transferred to other circumstances.




          • Assessors must be satisfied that the candidate can competently and consistently perform all elements of the unit as specified by the criteria, including required knowledge, and be capable of applying the competency in managing the application of the systems engineering process.




          • Assessment may be in conjunction with assessment of other units of competency where required.




(c) Assessment recommendation




          N/A



Assessment methods


15. ขอบเขต (Range Statement)


(a) Recommendation




          This field allows for different work environments and conditions that may affect performance. Essential operating conditions that may be present (depending on the work situation, needs of the candidate, accessibility of the item, and local industry and regional contexts) are included.




          Systems engineering process management:




          The systems engineering process is an integrated process for the design and integration of complex systems covering a wide range of engineering disciplines. The work of actual design is carried out by qualified engineers specialists and management process ensures that the design activities are coordinated and integrated into a system that meets the requirements specified performance and complies with the relevant standards airworthiness




          System requirements analysis:




          requirements analysis system consists of inputs such as customer needs and objectives, regulatory requirements and technological base. It should clarify and define the functional requirements and design constraints




          Functional analysis and allocation:




          Functional analysis and allocation provides a greater understanding of what the system has to do and allocates overall system performance requirements to lower level subsystem and component functions. In so doing, it provides information essential to optimising physical solutions




          Baselines:




          Baselines, functional and document a product assigned products at a specific stage of design definition. Line functional basis describes the system-level requirements, the assigned base reference describes the design requirements for items below the level of systems and product baseline describes the physical product detail




          Technical data packages include:




          • Engineering drawings and associated lists




          • Technical manuals




          • Manufacturing part programs




          • Verification provisions




          • Spares provisioning lists




          • Specifications developed for the system and system components




          • Specifications and standards from international and national bodies (government and non-government)




          • Relevant regulatory standards and requirements




          Ethical behaviourincludes:




          • Trust




          • Integrity




          • privacy and confidentiality of the session




          • following organizational policies




          • knowing  own limitations




          • having a range of other intervention referrals ready when needed




          • honesty




          • fairness to others.




(b) Description




          N/A


16. หน่วยสมรรถนะร่วม (ถ้ามี)
N/A

17. อุตสาหกรรมร่วม/กลุ่มอาชีพร่วม (ถ้ามี)
N/A

18. รายละเอียดกระบวนการและวิธีการประเมิน (Assessment Description and Procedure)


          The assessment are composed of paper exams , interviews, and practical demonstrations, which the paper exam is the main testing. The selection of interviews and practical demonstrations are depending on the assessors’ judgment. Evidence required to demonstrate competency in this unit should be of interest and meet all requirements of the elements and performance criteria under the specified conditions assessment, and should include:




          • setting up and managing procedures for systems analysis and control that comply with relevant airworthiness regulations




          • setting up and managing a systems engineering team




          • developing and implementing procedures for identification of systems engineering process inputs




          • managing, and recording the outcomes of, requirements analysis




          • managing and recording the outcomes of functional analysis and allocation and apply the requirements loop process




          • developing and documenting the functional baseline




          • managing the development of the system specification and preliminary design




          • developing and documenting the allocated baseline




          • applying the design loop process




          • managing the detail design process and using outputs to develop a technical data package that meets airworthiness regulatory requirements




          • developing and documenting the product baseline




          • maintaining oversight of the production and delivery phase




          • providing process outputs for the establishment of CM procedures or ILS plans



          • determining requirements for life-cycle management where CM or ILS is not required and setting up and documenting a life-cycle management system that complies with relevant airworthiness regulations. 



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