The document discusses the vision, mission and values of GMF, an aircraft maintenance company aiming to be a top 10 MRO in the world. It also discusses the role, requirements and capabilities of certifying staff, who must have knowledge of regulations, quality systems and aircraft systems to inspect and certify aircraft for release to service. The document provides information on aviation regulations and GMF procedures that certifying staff must understand to perform their duties.
This document is a resume for Ashutosh Kumar detailing his career objective, professional summary, present employment, responsibilities, certifications, trainings, skills, educational qualifications, computer skills, personal interests, language proficiencies, and personal skills. Ashutosh Kumar has over 9 years of experience as an aircraft technician and is currently a Senior Aircraft Technician at Air India Alliance Air in Kolkata, India. He maintains various aircraft including the Airbus 320, Boeing 737, Bombardier CRJ-700, ATR 42-300, and ATR 72-500.
Module 10 - Management in Aviation.pptxLivingstone30
This document provides an overview of management terms and requirements in aviation. It defines key terms like authority, responsibility, and accountability. It describes management positions in Approved Maintenance Organizations (AMOs) like the Accountable Manager and heads of departments. It outlines qualifications and competency requirements for managers and explains regulations regarding maintenance control, operations specifications, quality management, and safety management. The document emphasizes lines of accountability and establishing a safety culture in aviation organizations.
The concept and principles of helicopter maintenanceBai Haqi
This document provides an overview of helicopter maintenance concepts and principles. It defines the three main maintenance processes as hard time, on condition, and condition monitoring. Hard time involves scheduled overhauls at fixed time intervals, on condition involves inspections or tests to standards to determine if components can continue in service, and condition monitoring involves analyzing operational data to detect trends and implement corrective actions. The document also discusses maintenance programs, the Maintenance Review Board process, and benefits of the MSG-3 approach to scheduled maintenance.
Collegiate air travel safety whitepaper updated 010611jmcki60811
The document provides recommendations for qualifying charter operators and aircrew to ensure safe air travel. It recommends only using operators with proper certification and at least two licensed pilots. The operator should be established, have qualified staff, and provide records of past operations. It also provides minimum experience requirements for pilots-in-command and second-in-command to evaluate whether aircrew are qualified. Finally, it recommends validating an operator's aircraft maintenance programs and ensuring aircraft meet insurance and equipment standards.
This document discusses aircraft maintenance records and requirements. It emphasizes the importance of accurate documentation and identifies common documentation problems. It outlines requirements for maintenance record content, including descriptions of work performed, completion dates, and signatures. It also discusses issues like poor shift turnovers, non-compliance with airworthiness directives, and the importance of following regulations and procedures for aircraft maintenance.
Gaurav Sharma has over 7 years of experience in the aviation industry as a technical records officer and aircraft maintenance technician. He has worked with multiple companies in India and the UAE, maintaining various helicopter models including Airbus and Bell helicopters. His responsibilities have included maintaining technical records, ensuring airworthiness compliance, maintenance planning, and liaising with regulators and customers. He has experience implementing airworthiness requirements and helping organizations obtain approvals.
Dileep Kumar is applying for a position and highlighting his experience and qualifications. He currently works as an analyst for Camp Systems Pvt Ltd in Hyderabad, where he analyzes and updates technical data for aircraft. Previously he worked for one year with Air India in maintenance divisions, assisting with maintenance and repairs. He holds an Aircraft Maintenance Engineering qualification and seeks to further his career in aviation essentiality through this opportunity.
- The document compares existing Civil Aviation Safety Regulations to proposed new Parts 42, 66, 145 and 147 regulations.
- Key changes include introducing outcome-based legislation with acceptable means of compliance, separating continuing airworthiness management from maintenance activities, and requiring regular public transport operators to use approved continuing airworthiness management and maintenance organizations.
- Implementation will transition existing privileges to new licensing categories over time without loss of privileges.
This document is a resume for Ashutosh Kumar detailing his career objective, professional summary, present employment, responsibilities, certifications, trainings, skills, educational qualifications, computer skills, personal interests, language proficiencies, and personal skills. Ashutosh Kumar has over 9 years of experience as an aircraft technician and is currently a Senior Aircraft Technician at Air India Alliance Air in Kolkata, India. He maintains various aircraft including the Airbus 320, Boeing 737, Bombardier CRJ-700, ATR 42-300, and ATR 72-500.
Module 10 - Management in Aviation.pptxLivingstone30
This document provides an overview of management terms and requirements in aviation. It defines key terms like authority, responsibility, and accountability. It describes management positions in Approved Maintenance Organizations (AMOs) like the Accountable Manager and heads of departments. It outlines qualifications and competency requirements for managers and explains regulations regarding maintenance control, operations specifications, quality management, and safety management. The document emphasizes lines of accountability and establishing a safety culture in aviation organizations.
The concept and principles of helicopter maintenanceBai Haqi
This document provides an overview of helicopter maintenance concepts and principles. It defines the three main maintenance processes as hard time, on condition, and condition monitoring. Hard time involves scheduled overhauls at fixed time intervals, on condition involves inspections or tests to standards to determine if components can continue in service, and condition monitoring involves analyzing operational data to detect trends and implement corrective actions. The document also discusses maintenance programs, the Maintenance Review Board process, and benefits of the MSG-3 approach to scheduled maintenance.
Collegiate air travel safety whitepaper updated 010611jmcki60811
The document provides recommendations for qualifying charter operators and aircrew to ensure safe air travel. It recommends only using operators with proper certification and at least two licensed pilots. The operator should be established, have qualified staff, and provide records of past operations. It also provides minimum experience requirements for pilots-in-command and second-in-command to evaluate whether aircrew are qualified. Finally, it recommends validating an operator's aircraft maintenance programs and ensuring aircraft meet insurance and equipment standards.
This document discusses aircraft maintenance records and requirements. It emphasizes the importance of accurate documentation and identifies common documentation problems. It outlines requirements for maintenance record content, including descriptions of work performed, completion dates, and signatures. It also discusses issues like poor shift turnovers, non-compliance with airworthiness directives, and the importance of following regulations and procedures for aircraft maintenance.
Gaurav Sharma has over 7 years of experience in the aviation industry as a technical records officer and aircraft maintenance technician. He has worked with multiple companies in India and the UAE, maintaining various helicopter models including Airbus and Bell helicopters. His responsibilities have included maintaining technical records, ensuring airworthiness compliance, maintenance planning, and liaising with regulators and customers. He has experience implementing airworthiness requirements and helping organizations obtain approvals.
Dileep Kumar is applying for a position and highlighting his experience and qualifications. He currently works as an analyst for Camp Systems Pvt Ltd in Hyderabad, where he analyzes and updates technical data for aircraft. Previously he worked for one year with Air India in maintenance divisions, assisting with maintenance and repairs. He holds an Aircraft Maintenance Engineering qualification and seeks to further his career in aviation essentiality through this opportunity.
- The document compares existing Civil Aviation Safety Regulations to proposed new Parts 42, 66, 145 and 147 regulations.
- Key changes include introducing outcome-based legislation with acceptable means of compliance, separating continuing airworthiness management from maintenance activities, and requiring regular public transport operators to use approved continuing airworthiness management and maintenance organizations.
- Implementation will transition existing privileges to new licensing categories over time without loss of privileges.
This document contains a summary of an aviation professional's experience. It includes over 25 years of experience with Qatar Airways and Pakistan Air Force in roles such as line stores operations, quality control, training, and aircraft maintenance. The professional holds a Bachelor's degree in aeromechanics and has completed over 30 safety, management and technical courses. Current responsibilities involve overseeing line stores operations and stock management for Qatar Airways' large aircraft fleet. Previous experience includes 21 years in Pakistan Air Force managing material and technical stores, aviation maintenance, safety and quality roles, as well as instructor roles.
This document provides guidance to general aviation pilots on developing standardized procedures for flight risk assessment and weather decision making. It contains three tools - PAEDU, PAVE, and a Flight Risk Assessment Form - to help pilots evaluate risks related to the pilot, aircraft, environment, duration and urgency of a planned flight. The document also provides guidance on establishing personal weather minimums based on pilot experience and conducting preflight weather planning with consideration for alternate plans. The tools and guidance are intended to help pilots make safer go/no-go and in-flight weather decisions.
This 50 minute webinar presented by Prof. David Thirtyacre of Embry-Riddle Aeronautical University Worldwide, looks at UASs--Unmanned Aerial Systems, sometimes called drones, and provides an overview of the emerging field.
The document discusses inspections required on certificated aircraft according to FAR regulations. It covers the following key points:
- Owners are responsible for maintaining airworthiness and complying with inspections and airworthiness directives.
- Inspections required include annual inspections, 100-hour inspections, and inspections selected from FAA-approved programs depending on the aircraft type and operation.
- Additional inspections include altimeter and static system inspections every 24 months and transponder inspections every 24 months if the aircraft is equipped with a transponder.
GEPAM uuuuuuuuuuuuuuuuuuuuuuUNIT IV V.pptssuser856cc8
This document discusses general aircraft inspection procedures and techniques. It covers topics such as visual inspections, checklists, publications used for inspections like manuals and airworthiness directives, non-destructive testing methods, and special inspections required after events like hard landings, turbulence, or lightning strikes. The goal of inspections is to determine an aircraft's airworthiness and identify any defects or needed maintenance through systematic examination of its components and systems.
Practical skill training for civil aircraft maintenance personnelAmnat Sk
This document outlines practical skill training syllabi for aircraft maintenance personnel in mechanical (ME) and avionics (AV) disciplines. It specifies minimum training times and contents for key skill areas including use of manuals, tools, fasteners, electrical wiring and more. The goal is to improve maintenance personnel competence and reduce errors by establishing uniform training standards. The Flight Standard Department of CAAC is responsible for overseeing this advisory circular, which became effective in April 2004.
Mohammed Shueab Mujawar has over 32 years of experience in aviation, including 15 years in aircraft maintenance and 12 years in ground support equipment and ground handling. He currently mentors and coordinates aviation courses. He has an MBA in Aviation and Hospitality from IIMRT Ahmadabad and qualifications in aircraft maintenance. He has worked for the Indian Navy, Hindustan Aeronautics Limited, Air India, and as a faculty member and mentor for various aviation training programs. He is seeking a managerial, training, or ground operations position in aviation.
The document discusses crew fatigue management in airline operations. It describes how Jeppesen Crew Solutions manages fatigue for 250,000 crew members daily through crew planning and day-of-operations solutions. It also discusses flight and duty time limits (FTLs), fatigue risk management systems (FRMSs), fatigue models, and a tool called CrewAlert that collects fatigue data and issues reports to help align rules and scheduling with fatigue science. The goal is to transition to next generation rules and scheduling that better account for human factors like fatigue.
The document discusses competency management in the UKCS. It outlines the regulatory requirements for competency assurance systems and safety management systems. It describes the key elements of a competency management system, including identifying safety critical roles and tasks, developing competence profiles, assessing candidates, and maintaining robust assessment processes. The roles of assessors and internal verifiers in implementing and quality assuring the competency management system are also discussed.
The document provides an overview of a CBT course on understanding the ISM Code. It discusses the course format, introduction to management systems, definitions of safety and quality, and the functional requirements of a safety management system. It also provides an introduction to the ISM Code, including its objectives to ensure safety at sea and prevent human injury and environmental damage.
Abhishek Singh has over 13 years of experience in the airline industry as a technician and in various professional roles. He has received training on the Challenger 604 and EMB 500 aircraft as well as in quality management, fuel tank safety, and continuing airworthiness regulations. Currently he works as a Quality Manager at Zest Aviation Private Limited where he is responsible for quality audit programs and manuals. He has also previously worked as a Chief Instructor and Senior Instructor ensuring training requirements were met. He has skills in continuous airworthiness management, aircraft maintenance programs, and ensuring regulatory compliance.
Gecric provides asset integrity management and inspection services using rope access techniques. It aims to provide accurate and reliable information to clients to support decision making. The company's management team has extensive experience in West Africa and it adheres to international standards. Gecric offers services including rope access, non-destructive testing, fabric maintenance, asset integrity management, turnaround inspections, and helideck integrity. It is committed to safety, health, environment and quality.
CrewSolver is a decision support system created by CALEB Technologies to help major airlines like Continental Airlines manage irregular operations and crew scheduling. It provides solutions to issues like delays, cancellations and crew unavailability. CrewSolver analyzes problems, offers multiple optimized solutions that consider goals, costs and crew legality, and allows schedulers to evaluate "what if" scenarios. Use of CrewSolver saved Continental an estimated $40 million in costs in 2001 by quickly recovering from disruptions like 9/11.
This document provides an overview of airworthiness directives, service bulletins, and maintenance requirements for aircraft. It defines airworthiness directives as legally enforceable regulations issued by the FAA to correct an unsafe condition. Service bulletins are notices from manufacturers about product improvements. The document outlines required inspections, owner responsibilities, and record keeping duties. It also explains how to find current airworthiness directives and service bulletins on the FAA and manufacturer websites.
Reliability Centered Maintenance (RCM) is a logical approach developed in the 1960s that helps companies improve equipment reliability by determining potential failure modes and maintenance plans. RCM analyzes a system's functions, potential failures, and failure effects to develop a maintenance plan. Implementing RCM increases maintenance effectiveness by ensuring the right type and frequency of maintenance, and increases efficiency by comparing maintenance costs to equipment downtime costs. RCM also provides benefits like upskilling maintenance technicians and operators through cross-training on equipment operation and failure analysis.
Recruitment and Training of the Drone Operations Department
Season 3 Semi Final Business Case Scenario Submission - Submitted By : APURWA SHARMA - From Team Edison | Submission Date & Time : 2021-03-14 11:02:12
This document discusses different types of aviation ground trainers, including flight simulators, flight training devices, and aviation training devices. It explains that full flight simulators are the most sophisticated devices that can be used to earn aircraft type ratings without actual flight. Flight training devices are also advanced but may not include motion or fully enclosed cockpits. Aviation training devices are the most common for general aviation training and come in basic and advanced levels, with advanced devices providing more realistic cockpit representations. The document emphasizes that training in these devices can help pilots learn procedures more safely and efficiently to reduce costs and flight hours needed for certification.
1. The document describes a project to optimize the maintenance program for Jet Airways' Boeing 737 fleet through establishing a reliability program.
2. As part of the reliability team, the author identified maintenance tasks with higher reliability than predicted intervals. This included tasks like lubrication of flight control units.
3. The author proposed escalating interval tasks to 6000 flight hours to align with maintenance checks and reduce costs. Feedback was provided to Boeing, who revised documents, allowing Jet Airways to update their program and increase aircraft utilization by 25%.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
This document contains a summary of an aviation professional's experience. It includes over 25 years of experience with Qatar Airways and Pakistan Air Force in roles such as line stores operations, quality control, training, and aircraft maintenance. The professional holds a Bachelor's degree in aeromechanics and has completed over 30 safety, management and technical courses. Current responsibilities involve overseeing line stores operations and stock management for Qatar Airways' large aircraft fleet. Previous experience includes 21 years in Pakistan Air Force managing material and technical stores, aviation maintenance, safety and quality roles, as well as instructor roles.
This document provides guidance to general aviation pilots on developing standardized procedures for flight risk assessment and weather decision making. It contains three tools - PAEDU, PAVE, and a Flight Risk Assessment Form - to help pilots evaluate risks related to the pilot, aircraft, environment, duration and urgency of a planned flight. The document also provides guidance on establishing personal weather minimums based on pilot experience and conducting preflight weather planning with consideration for alternate plans. The tools and guidance are intended to help pilots make safer go/no-go and in-flight weather decisions.
This 50 minute webinar presented by Prof. David Thirtyacre of Embry-Riddle Aeronautical University Worldwide, looks at UASs--Unmanned Aerial Systems, sometimes called drones, and provides an overview of the emerging field.
The document discusses inspections required on certificated aircraft according to FAR regulations. It covers the following key points:
- Owners are responsible for maintaining airworthiness and complying with inspections and airworthiness directives.
- Inspections required include annual inspections, 100-hour inspections, and inspections selected from FAA-approved programs depending on the aircraft type and operation.
- Additional inspections include altimeter and static system inspections every 24 months and transponder inspections every 24 months if the aircraft is equipped with a transponder.
GEPAM uuuuuuuuuuuuuuuuuuuuuuUNIT IV V.pptssuser856cc8
This document discusses general aircraft inspection procedures and techniques. It covers topics such as visual inspections, checklists, publications used for inspections like manuals and airworthiness directives, non-destructive testing methods, and special inspections required after events like hard landings, turbulence, or lightning strikes. The goal of inspections is to determine an aircraft's airworthiness and identify any defects or needed maintenance through systematic examination of its components and systems.
Practical skill training for civil aircraft maintenance personnelAmnat Sk
This document outlines practical skill training syllabi for aircraft maintenance personnel in mechanical (ME) and avionics (AV) disciplines. It specifies minimum training times and contents for key skill areas including use of manuals, tools, fasteners, electrical wiring and more. The goal is to improve maintenance personnel competence and reduce errors by establishing uniform training standards. The Flight Standard Department of CAAC is responsible for overseeing this advisory circular, which became effective in April 2004.
Mohammed Shueab Mujawar has over 32 years of experience in aviation, including 15 years in aircraft maintenance and 12 years in ground support equipment and ground handling. He currently mentors and coordinates aviation courses. He has an MBA in Aviation and Hospitality from IIMRT Ahmadabad and qualifications in aircraft maintenance. He has worked for the Indian Navy, Hindustan Aeronautics Limited, Air India, and as a faculty member and mentor for various aviation training programs. He is seeking a managerial, training, or ground operations position in aviation.
The document discusses crew fatigue management in airline operations. It describes how Jeppesen Crew Solutions manages fatigue for 250,000 crew members daily through crew planning and day-of-operations solutions. It also discusses flight and duty time limits (FTLs), fatigue risk management systems (FRMSs), fatigue models, and a tool called CrewAlert that collects fatigue data and issues reports to help align rules and scheduling with fatigue science. The goal is to transition to next generation rules and scheduling that better account for human factors like fatigue.
The document discusses competency management in the UKCS. It outlines the regulatory requirements for competency assurance systems and safety management systems. It describes the key elements of a competency management system, including identifying safety critical roles and tasks, developing competence profiles, assessing candidates, and maintaining robust assessment processes. The roles of assessors and internal verifiers in implementing and quality assuring the competency management system are also discussed.
The document provides an overview of a CBT course on understanding the ISM Code. It discusses the course format, introduction to management systems, definitions of safety and quality, and the functional requirements of a safety management system. It also provides an introduction to the ISM Code, including its objectives to ensure safety at sea and prevent human injury and environmental damage.
Abhishek Singh has over 13 years of experience in the airline industry as a technician and in various professional roles. He has received training on the Challenger 604 and EMB 500 aircraft as well as in quality management, fuel tank safety, and continuing airworthiness regulations. Currently he works as a Quality Manager at Zest Aviation Private Limited where he is responsible for quality audit programs and manuals. He has also previously worked as a Chief Instructor and Senior Instructor ensuring training requirements were met. He has skills in continuous airworthiness management, aircraft maintenance programs, and ensuring regulatory compliance.
Gecric provides asset integrity management and inspection services using rope access techniques. It aims to provide accurate and reliable information to clients to support decision making. The company's management team has extensive experience in West Africa and it adheres to international standards. Gecric offers services including rope access, non-destructive testing, fabric maintenance, asset integrity management, turnaround inspections, and helideck integrity. It is committed to safety, health, environment and quality.
CrewSolver is a decision support system created by CALEB Technologies to help major airlines like Continental Airlines manage irregular operations and crew scheduling. It provides solutions to issues like delays, cancellations and crew unavailability. CrewSolver analyzes problems, offers multiple optimized solutions that consider goals, costs and crew legality, and allows schedulers to evaluate "what if" scenarios. Use of CrewSolver saved Continental an estimated $40 million in costs in 2001 by quickly recovering from disruptions like 9/11.
This document provides an overview of airworthiness directives, service bulletins, and maintenance requirements for aircraft. It defines airworthiness directives as legally enforceable regulations issued by the FAA to correct an unsafe condition. Service bulletins are notices from manufacturers about product improvements. The document outlines required inspections, owner responsibilities, and record keeping duties. It also explains how to find current airworthiness directives and service bulletins on the FAA and manufacturer websites.
Reliability Centered Maintenance (RCM) is a logical approach developed in the 1960s that helps companies improve equipment reliability by determining potential failure modes and maintenance plans. RCM analyzes a system's functions, potential failures, and failure effects to develop a maintenance plan. Implementing RCM increases maintenance effectiveness by ensuring the right type and frequency of maintenance, and increases efficiency by comparing maintenance costs to equipment downtime costs. RCM also provides benefits like upskilling maintenance technicians and operators through cross-training on equipment operation and failure analysis.
Recruitment and Training of the Drone Operations Department
Season 3 Semi Final Business Case Scenario Submission - Submitted By : APURWA SHARMA - From Team Edison | Submission Date & Time : 2021-03-14 11:02:12
This document discusses different types of aviation ground trainers, including flight simulators, flight training devices, and aviation training devices. It explains that full flight simulators are the most sophisticated devices that can be used to earn aircraft type ratings without actual flight. Flight training devices are also advanced but may not include motion or fully enclosed cockpits. Aviation training devices are the most common for general aviation training and come in basic and advanced levels, with advanced devices providing more realistic cockpit representations. The document emphasizes that training in these devices can help pilots learn procedures more safely and efficiently to reduce costs and flight hours needed for certification.
1. The document describes a project to optimize the maintenance program for Jet Airways' Boeing 737 fleet through establishing a reliability program.
2. As part of the reliability team, the author identified maintenance tasks with higher reliability than predicted intervals. This included tasks like lubrication of flight control units.
3. The author proposed escalating interval tasks to 6000 flight hours to align with maintenance checks and reduce costs. Feedback was provided to Boeing, who revised documents, allowing Jet Airways to update their program and increase aircraft utilization by 25%.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
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Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
1. GMF Vision
Top 10 MRO in The World
GMF Mission
To Provide Integrated and realiable
aircraft maintenance solution for a safer
sky and secure quality of life of mankind.
2. GMF Values
Concern For People
Integrity
Professional
Teamwork
Customer Focus
GMF Yel..Yel…
GREAT SPIRIT………
GREAT PEOPLE…...
GREAT COMPANY..
GREAT SALARY....!!
3. MENGAPA ANDA INGIN JADI RELEASE MAN?
1. KARENA MENCARI RIDHO ALLAH SUBHANAHU WA TA’ALA
2. KARRENA ADA PENGHARGAAN LISENSI
3. KARENA PESAWAT PERLU DIRAWAT / MANTENANCE
AGAR TETAP CONTINUE AIRWHORTHY. DAN ITU BUTUH
RELEASE MAN UNTUK MENCERTIFY SESUAI ICA
AH APAKAH BENAR BEGITU?
BAGAIMANA CERITANYA?
APA REFERENCENYA?
4. EMANG APA ATAU SIAPA SIH RELEASE MAN ITU?
KNOWLEDGE APA YANG HARUS DIMILIKI SETIAP RELEASE
MAN?
SKILL APA YANG HARUS DIKUASI OLEH RELEASE MAN
REGULASI APA SAJA YANG HARUS DIIKUTI SETIAP RELEASE
MAN
DOKUMEN APA SAJA YANG HARUS DIKETAHUI, DIISI DAN DI
CERTIFY OLEH RELEASE MAN SEHINGGA DAPAT MEN
DECLARE PESAWAT DALAM AIRWHORTY..
BUKU / PRODUCT APA SAJA YANG DIKELUARKAN AUTHORTY,
GMF … DAN OPERATOR?
5. APAKAH ADA KOMPROMI BAGI RELEASE MAN
UNTUK TIDAK TAHU???
NO WAY….!!!
NO COMPROMISE
6. SO
IKUTI TUTORIAL CS KALI INI DENGAN TUNTAS
STEP BY STEP
DON’T MISS IT AT ALL
ARE YOU READY
LETS GET IT ON…!!!
10. Tujuan dari tutorial ini adalah mempersiapkan
peserta dalam menghadapi oral assesment
Certifying Staff khususnya dalam aspek regulasi,
juga untuk membekalinya dalam implementasi di
pekerjaan.
12. • Metode Ujian
- Day 1 : Written Test : 80 % A/C System
20 % Regulation
- Day 2 : Oral Test : Regulation
- Day 3 : Oral Test : A/C System
13. • Tips menghadapi ujian tulis
• Aircraft System
Dapetin RUH per chapter
Baca materi training / AMM minimal 2 x.
Resume … bikin mind map…
Preview … detail, including main component, system operation and limitation
Jika gak sempat….
Belajar soal, tapi X Check jawaban dengan Training manual / AMM
• Regulation
Belajar UU / CASR / AMOM / CMM live, current.
Belajar soal, tapi X Check jawaban dengan UU / CASR / AMOM / CMM live, current.
14. • Tips menghadapi ujian lisan
• Ruh menghadapi ujian lisan adalah :
K E T E N A N G A N
karena :
• > Tenang > cool > ilmu tidak terbang
• > Tidak Tenang > Panik > ilmu ilang
15. • Tips menghadapi ujian lisan
• Cara agar tenang :
Paradigma Assessor juga manusia.
jadi.. Tenang saja, dia juga bisa senyum kok... Beliau juga baik hati kok..
Kumpulin Amunisi
mau perang melawan Jagoan harus banyak senjata / amunisi dan tahu
bagaimana menggunakannya.
Baca materi pembekalan minimal 2x.
Istirahat yang cukup > Fresh, siap tanding.
Ambil air wudhu
Berdo’a kepada ALLAH SWT.
16. • Motivation
• Paradigma Line Maintenance
1. On Time Performance
2. Quick Decision
3. Right Action
4. Follow the procedure
5. Keep aircraft flies in safety level
• Line Maintenance Pressure
1. Time Pressure
2. Operational Pressure
3. Management Pressure
4. Enviroment Pressure
• Be a Qualified Personnel who can make a quick decision to do right action
with follow the procedures for keeping safety within acceptable level, even
works under pressure situation
22. CAPABILITIES OF CERTIFYING STAFF
1. HAVE A KNOWLEDGE OF AUTHORITY REGULATION AVIATION
REGULATION AND ABLE TO IMPELEMNTS IN HIS WORK
2. HAVE A KNOWLEDGE OF GMF QUALITY SYSTEMS AND
ABLE TO IMPELEMNTS IN HIS WORK
3. HAVE A KNOWLEDGE OF OPERATOR PROCEDURES AND
ABLE TO IMPELEMNTS IN HIS WORK
4. HAVE A KNOWLEDGE AND A SKILL OF AIRCRAFT SYSTEM
24. Access to GMF Quality System
• https://gmfaeroasia365.sharepoint.com/Pages/landingpa
ge.aspx
Access to GA Prosedures
• http://172.16.250.12:8080/cgi-bin/
• https://etechpub.gmf-aeroasia.co.id/index.php/
25. Aviation Regulations
• ICAO (19 Annexes)
• Authority Regulations
• UU Penerbangan RI no 1 tahun 2009
• PP no. 40 Thn 1995 ttg Angkutan Udara
• Authority Regulations:
1. DGCA CASR
2. FAA FAR
3. EASA EASA Part
https://www.easa.europa.eu/acceptable-means-compliance-and-guidance-
material-group/part-145-maintenance-organisation-approvals
26. • PP no 40 thn 1995 : Angkutan Udara
• UU Penerbangan RI No. 1. Tahun 2009
Pasal2 terkait AMO, sbb ;
• 46, Kewajiban Merawat Pesawat.
• 47, Yang Dapat Merawat Pesawat.
• 48, Syarat-syarat AMO
• 54, Larangan2 Selama Penerbangan.
• 58, Kewajiban Memiliki Lisensi.
• 59, Kewajiban Pemilik Lisensi.
• 413, Sanksi Bagi pekerja tanpa Lisensi
27. (PKPS = Peraturan Keselamatan Penerbangan Sipil)
CASR Part 21: Certification Procedures for Product and Part.
Part 21.321: Sub- Part L Export Airworthiness Approvals
CASR Part 39 : Airworthiness Directives
Airworthiness Directives (AD) are legally enforceable rules that
apply to the aircraft, aircraft engines, propellers, and appliances,
issued by an authority when an unsafe condition exists in the
product and the condition is likely to exist or develop in other
products of the same type design.
WHAT ARE TYPES OF AD AND HOW’S NUMBERING ?
29. HOW IS EMERGENCY AD OF DKPPU?
DKPPU AD :
HOW ARE GMF HANDLING AD?
30.
31. (PKPS = Peraturan Keselamatan Penerbangan Sipil)
AMOC : Alternate Method Of Compliance :
An alternate method of compliance with the requirements of an airworthiness
directive or adjustments to the compliance times specified in an airworthiness
directive, may be approved by the DGCA,provided:
The applicant provides the DGCA with acceptable substantiation to ensure a
level of safety equivalent to that provided by the airworthiness directive.
Definition ref. EASA, an AMOC is an EASA approved deviation to an AD. It is a different way,
other than the one specified in an AD, to address an unsafe condition on products, parts
and appliances.
Definition ref. FAA, Different approaches or techniques that are not specified in an AD can,
after FAA approval, be used to correct an unsafe condition on an aircraft or aircraft product.
Although the alternative may not have been known at the time the AD was issued, an
alternative method could be acceptable to accomplish the intent of the AD. A compliance
time that differs from the requirements of the AD can also be approved if the revised time
period provides an acceptable level of safety that is at least equivalent to that of the
requirements of the AD.
32. Part 43 : Maintenance, Preventive Maintenance, Rebuilding, and
Alteration
43.3 Persons authorized to perform maintenance,
preventive maintenance and alteration
43.9, Content, form, and disposition of maintenance,
preventive maintenance, rebuilding, and
alteration records
43.12 Maintenance records: falsification, reproduction,
alteration and retention
(PKPS = Peraturan Keselamatan Penerbangan Sipil)
33. • 43.13, Performance Rules (general).
• 43 App E Altimeter system tests and
inspections. (page 17)
• 43 App F ATC transponder tests and
inspections (page 20).
(PKPS = Peraturan Keselamatan Penerbangan Sipil)
34. Part 65 : General, Basic Certificate, AMEL,
COMA, Foreign License
Licensing of Aircraft Maintenance Engineer
(UU Pasal 58) + Prosedur utk pembuatan
AMEL, Perpanjangan AMEL, COMA,
Part 91 : General Operating & Flight Rules +
91.411, 91.413 & 91.706 (Altimeter & ATC
current test.) 91 App G : RVSM
(PKPS = Peraturan Keselamatan Penerbangan Sipil)
35. Part 121 : Certification and Operating Requirements: Domestic
Flag Supplemental Air Carriers.
Sub Part L (Maint, Preventive Maint Alteration)
Responsibility of A/W, Organization, Maint Program, CMM, RII,
CAMP for ETOPS, Training.
- CASR 121.628 MEL (ref. THM III)
- 121. 703 SDR
- 121.709 Maintenace Release, Log Entry
(PKPS = Peraturan Keselamatan Penerbangan Sipil)
36. CASR Sub Part C 145.103 - Housing and facilities requirements
CASR Sub Part D 145. 153 – Manager/Supervisory requirements
CASR Sub Part D 145. 155 – Inspection personnel requirements
CASR Sub Part D 145. 157 – Certifying Personnel to approve an
article for RTS
CASR Sub Part E 145. 201 - Privileges and limitations of
certificate
CASR Sub Part E 145. 221 - Reports of failures, malfunctions, or
defects
(PKPS = Peraturan Keselamatan Penerbangan Sipil)
37.
38. Productivity & Efficiency
Bertekat untuk melakukan hal yang benar dari awal serta berusaha
untuk melakukan perbaikan dan efisiensi
1. Concern for People
Saling menghargai, peduli, memberikan kesempatan serta
membangun hubungan yang tulus dan saling percaya antar insan
GMF melalui sistem perekrutan, penempatan, pengembangan dan
pemberdayaan SDM secara terbuka adil, obyektif dan proporsional.
2. Integrity (Reff CASR)
Ketulusan dan kelurusan hati yang diekpresikan melalui satunya
kata dengan perbuatan dalam menerapkan nilai-nilai, etika, bisnis
serta kebijakan dan peaturan perusahaan secara konsisten meskipun
dalam keadaan yang sulit untuk melakukannya sehingga dapat
dipercaya
39
GMF Value
IOR
SBS
39. 3. Professional (Ref CASR)
4. Memiliki kesungguhan dalam menyelesaikan tugas secara
tuntas sesuai standar teknik, bisnis dan etika yang telah
ditentukan
4. Team Work
Bekerjasama secara kompak yang dilandasi oleh rasa saling
menghormati, asih dan asuh serta memahami fungsi dan
peran masing-masing agar dapat menyelesaikan pekerjaan
sampai tuntas dengan memberdayakan seluruh sumber daya
yang dimiliki untuk mencapai tujuan perusahaan
5. Customer Focused
Melakukan segala upaya dan tindakan untuk memenuhi
kebutuhan bahkan lebih dari yang diharapkan pelanggan
secara tulus dan penuh semangat.
40
GMF Value
40. WHY DOES AIRCRAFT MUST BE RELEASED BEFORE FLIGHT :
(WHO ORDERS TO BE A CS )
REF CASR 121.709 :
REF GA CMM IX:
REF AMOM 3.4.1:
REF CASR 145.157 :
42. Function & Role (peran) of CS
a. Work Performer,
Pasal 47, UU No. 1 Thn 2009,
b. Supervisions
c. Certify or not certify:
1. Issued RTS ref. CASR 43.5 & 43.7
2. AMOM 2.16,
3. CMM IX, and THM I-2
4. CASR 121, Sub Part V , 121.709
43. Knowledge yang harus dimiliki oleh seorang CS
a. Knowledge about Aviation Authority Regulations
(UU No 1 thn. 2009, CASR, KepMen/KM, PerMen/PM etc)
b. Knowledge How to access, read/understand,
implement GMF Quality System (AMOM, QP, WI, Quality
Document)
c. Knowledge about Operator Procedure (CMM/THM,CAMP,
MEL)
d. Knowledge about A/C System (ref. TM, AMM, SRM,
WDM, etc)
44. GMF Vision
Top 10 MRO in The World
GMF Mission
To Provide Integrated and realiable
aircraft maintenance solution for a safer
sky and secure quality of life of mindkind.
45. GMF Values
Concern For People
Integrity
Professional
Teamwork
Customer Focus
GMF Yel..Yel…
GREAT SPIRIT………
GREAT PEOPLE…...
GREAT COMPANY..
GREAT SALARY....!!
46. 9. Knowledge & Understanding on GMF Quality System
To read Document AMOM, RSQM, MOE & EM:
(Afiliation & Autority regulasi ),
Definisi (QP-112-01 Paragraph 5).
AMOM Related Certifying Staff (content Level 1) :
• AMOM 1.5 Org Chart (Bagan Organisasi)
• AMOM 1.2 Safety & Quality Policy
• AMOM 2.14 Technical Record Control
(Operator Manual - GA CMM Chapter IV)
• AMOM 2.16 RTS Procedure
LIVE !! To access GMF Quality System & Procedure AMOM, as follow;
https://gmfaeroasia365.sharepoint.com/pages/landingpage.aspx
QUALITY & PROCEDURE (Klick..)
GMF PROCEDURES (Klick..)
Choose Level 1 Procedures (Klick..)
Access from
your Gadget
!!
47. AMOM Part L2 Add. Line Maintenance Procedure
1. L2.1, Line Maintenance Control of Aircraft
components, tools, equipment etc.
2. L2.2, Line Maintenance Procedure related to
servicing, fuelling, de-icing etc.
3. L2.3, Line Maintenance Control of defects and
repetitive defects.
4. L2.4, Line Maintenance Procedure for completion
of Technical Log.
48. 5. L2.5, Line Maintenance Procedure for Pooled Parts
and Loan Parts.
6. L2.6, Line Maintenance Procedure for return of
defective parts removed from aircraft.
7. L2.7, Line Maintenance Procedure control of
critical tasks.
49. • AMOM 3.4 Certifying Staff and Support Staff
Qualification and Training Procedures
• AMOM 3.9 Aircraft or Aircraft Component
Maintenance Tasks.
50. 2.2. Quality Procedure (QP) - Related Certifying
Staff.
• Definition QP
• QP 107-03 : Aircraft Maintenance Safety
(Par. 4, Par 7.3.1, part 7.4.1).
• QP 205-01 : Calibration of IMTE
• QP 107-04 : Safety Work and Facility
LIVE !! To access GMF Quality System & Procedure QP, as follow;
https://gmfaeroasia365.sharepoint.com/pages/landingpage.aspx
QUALITY & PROCEDURE (Klick..)
GMF PROCEDURES (Klick..)
Choose, level 2 Procedures (Klick..)
Access from
your Gadget
!!
52. • QP-225-01 : Disciplinary Policy of Maintenance Event
• QP-225-02 : Hazard Identification
• QP. 304-03 : Qualification & Training Program for
Authorized Person (Par. 7.6)
• QP 601-03 : Managing & Controlling of AML, CML &
HIL (Par. 7.3.1.2)
53. 2.3 Work Instruction (WI):
1. Definition WI
2. WI TL-011 Part Robbing
3. WI TL-070 Technical Transit Handling
4. WI TL-074 Aircraft Push, Back Towing &
Parking
LIVE !! To access GMF Quality System & Procedure WI, as follow;
https://gmfaeroasia365.sharepoint.com/pages/landingpage.aspx
QUALITY & PROCEDURE (Klick..)
GMF PROCEDURES (Klick..)
Choose, level 3 Procedures (Klick..)
Access from
your Gadget
!!
54. 2.3 Work Instruction (WI):
6. WI TL-076 Aircraft Fueling Process
7. WI TL-02 AOG Recovery
8. WI TB-003 Warning Tag lock out/tag out
Procedure
55. 2.4. Level 4 GMF Procedure is Quality
Documentation (QD), Maintenance Instruction
(MI) is one of :
Definition MI
1. EO Ref QP 601-05 (Par. 7.3)
2. Access doc JC untuk BD Ck, Transt ck,
dsb Ref. THM Appendix A (Page 38),
LIVE !! To access GMF Quality System & Procedure QD, as follow;
https://gmfaeroasia365.sharepoint.com/pages/landingpage.aspx
QUALITY & PROCEDURE (Klick..)
GMF PROCEDURES (Klick..)
Choose, level 4 Procedures (Klick..)
Access from
your Gadget
!!
56. 3. JC
4. MDR / MSAO
5. PD Sheet
6. SWO
Definisi : MI, JC, MDR, EI, PD Sheet
JC Logo GMF ada dimana – Jawab ADTH Sheet
57. Maintenance Process (Ref. QP 209-05)
• AMOM 2.3.5, (2.3.6) Identification, Tagging &
Traceability of Serviceable Parts
• AMOM 2.6 Use of Tooling and Equipment
By Staff
Others
58. •XRSM 2.10.1 Maintenance Program
Objectives
• XRSM 2.13.2 Managing & Controlling the Daily
Maintenance Instructions
• XRSM 2.16 RTS Procedure
Keep the record
AMOM 2.10 aircraft maintenance program compliance
59. 10.1 how to access CMM ( Issue 1 Rev. 20 )
THM (Issue 2 Rev 3)
CMM Reference of items in CMM/THM
• GA CMM Revision Transmittal Letter
THM Revision Transmittal Letter
• GA CMM Table of Content, THM Table of Content
• GA CMM Chapter III.1.1 AD Handling
• GA CMM Chapter III.2.2 RII, (THM Chapter I-3)
• GA CMM Chapter III.2.3 MCC, (THM Chapter I-4)
• GA CMM Chapter III.2.4 Dispatch Authorization MCC, Dispatch
Approval MQ
(THM Chapter I-5 Dispatch Authorization)
60. • Deferred Maintenance Procedure ref Chapter CMM III.2.5 or THM I.6
•Repeat Discrepancy Management Chapter CMM III.2.6 or THM I.10
Definisi :
• ETOPS Procedure Airbus A330/B777 Chapter CMM III.2.7 or THM I.7
and EMPM A330/B777 Iss.0 Rev.0 TR.2
Ref. MEL ;
(Airbus APU boleh mati, tapi klo boeing APU tdk boleh mati ref. MEL)
61. • RVSM Procedure ref. Chapter CMM III.2.8 or THM I.8
Aplikasi di pesawat,
Ref. CASR 91.179, 706 & App. G,
Sejarah RVSM
62. RNP1
RNP2
Definition :
Required navigation performance
(RNP) is a type of performance-based
navigation (PBN) that allows an
aircraft to fly a specific path between
two 3D-defined points in space. ...
RNP also refers to the level of
performance required for a specific
procedure or a specific block of
airspace.
RNP Hub
63. • Airworthiness Record CMM Chapter IV or THM Chapter IV
(Maintenace Report & Record)
• Fueling CMM Chapter VI or THM Chapter II-3
• Technical Training CMM Chapter VII.1
• Personnel Qualification CMM Chapter VII.2
• Maintenance Log CMM Chapter VIII (Description/Policy) and
THM Chapter IV-4 (Entry Procedure/Application)
GARUDA CMM & THM
64. • Maintenance Release CMM Chapter IX atau THM I.2
Korelasi dg ;
THM App. A, THM I-1
CMM App. A-02 Maint Log Entry Procedure, atau
THM Chapter IV-4
CMM Chapter XIV Mandatory Reporting, or THM IV-2
GARUDA CMM & THM
(CONT…)
67. • App. A-07 Part Robbing & Cross Change
a. Parts Robbing:
the removal of part/component, engine from the
donor aircraft/ engine or next higher assembly to
be installed on to recipient aircraft as no other
alternative available to dispatch the aircraft on
time.
b. Part Cross Change:
swapping of two components with the same part
number from one position to other position within
one aircraft for troubleshooting purpose only.
•CMM App. A-08 A/C Structure Damage Control
•CMM App. B-02 Ramp Operation, and/or THM II-1
•App. B-04 A/C Accident` Incident Investigation
68. •App.C-02 Maintenance Check
•THM I-1 : Maintenance Procedure & Maintenance Task
•App.C-03 Ramp Handling and Safety Procedure
•THM II-1 : Ramp Handling
•App. C-04 Technical Documentation
•THM III : Aircraft & Technical Documentation
•App.C-05 Maintenance Record & Report
•THM IV : Maintenance Records and Reports
•App.C-06 Component Handling Procedure
•THM V : Components Handling Procedure
No more Appendix
C in CMM !!
69. 10.2. CAMP
Pengertian CAMP (Ref. CMM III.3.6) The Continuous Airworthiness Maintenance Program
(CAMP) of each aircraft type describes the technical activities, which are required to maintain
the aircraft in airworthy and reliable economic way.
•History Chart of CAMP (asal usul Job Card)
•Kenapa kita harus merawat sesuai dengan A/C type (MSG 1,2,3)
- MSG-1 was first published in 1968 and used for developing scheduled maint’ance
for B747.
- MSG-2 was developed and used for developing scheduled maintenance for 1970’s
aircraft such as L1011 and DC-10. MSG-2 was process orientated and used a
bottom-up approach. It also introduced ‘condition monitored maintenance’
concept.
- MSG-3 was first published in 1980 and it introduced a top-down approach by
focusing on ‘consequences of failure’. MSG-3 expected the assessment of
functional failures and the assignment of the consequences of those failures into
two basic categories, ‘SAFETY’ and ‘ECONOMIC’. Unlike MSG2, MSG3 is a task
orientated and this eliminated the confusion associated with the different
interpretations of ‘Condition Monitoring’, ‘On-condition’ and ‘Hard time’. The
other fundamental improvement was the recognition of ‘damage tolerance rules’
and the ‘supplemental inspection programmes’.
•Type of Inspection Method (Page. 46)
•Rev No. of CAMP (contoh CAMP)
70. MAINTENANCE STEERING GROUP (MSG)
• Background
• MSG-1 was first published in 1968 and used for developing scheduled
maintenance for B747. Subsequently MSG-2 was developed and used for
developing scheduled maintenance for 1970’s aircraft such as L1011 and DC-
10. MSG-2 was process orientated and used a bottom-up approach. It also
introduced ‘condition monitored maintenance’ concept.
• Experience and the identified weaknesses of MSG-2, the original version of
MSG-3 was first published in 1980 and it introduced a top-down approach by
focusing on ‘consequences of failure’. MSG-3 expected the assessment of
functional failures and the assignment of the consequences of those failures
into two basic categories, ‘SAFETY’ and ‘ECONOMIC’. Unlike MSG2, MSG3 is a
task orientated and this eliminated the confusion associated with the different
interpretations of ‘Condition Monitoring’, ‘On-condition’ and ‘Hard time’. The
other fundamental improvement was the recognition of ‘damage tolerance
rules’ and the ‘supplemental inspection programmes’.
• Since 1980, regular amendments have been made to MSG-3, the most recent
in 2015 but, as yet MSG-4 has not followed. The latest version of MSG-3
introduced some elements related to Structural Health Monitoring Systems
(SHMS), which was the result of issue papers published by the International
Maintenance Review Board Policy Board (IMRBPB).
71. MAINTENANCE STEERING GROUP (MSG)
Description
MSG-3 (Maintenance Steering Group) ‘Operator/Manufacturer Scheduled Maintenance
Development’ is a document developed by the Airlines For America (A4A) (formerly ATA). It aims to
present a methodology to be used for developing scheduled maintenance tasks and intervals, which
will be acceptable to the regulatory authorities, the operators and the manufacturers. The main idea
behind this concept is to recognize the inherent reliability of aircraft systems and components, avoid
unnecessary maintenance tasks and achieve increased efficiency. The underlying principles are that:
• Maintenance only effective if task applicable
• No improvement in reliability by excessive maintenance
• Needless tasks can also introduce human error
• Few complex items exhibit wear out
• Monitoring generally more effective than hard-time overhaul - Condition-based maintenance
(sometimes known as CBM)
• Reliability only improved by modification
• Maintenance may not be needed if failure cheaper
MSG-3 is widely used to develop initial maintenance requirements for modern commercial aircraft
which are published as a Maintenance Review Board Report (MRBR). It has two Volumes (1 for Fixed
Wing Aircraft and 2 for Rotorcraft), and its application will proceed alongside the Type Certification
process.
72. CATEGORY Ref. CAMP Page 65.
MRB TASK CATEGORY
5 = Evident safety effects Tidak boleh di defered
6 = Evident economics operational effects
7 = Evident economic non operational effect
8 = Hidden function safety effects Tidak boleh di defered
9 = Hidden function non-safety effects
CAMP Numbering (CAMP Page 59)
Definition
The group led by the Airworthiness Authority which determines, by issue of an
MRB Report, the principles which should be applied to the development of a
Maintenance Programme for an aircraft type or aircraft engine type. Through the
life of the aircraft, further MRB Reports are issued as necessary to ensure that
approved maintenance regimes continue to take full account of aircraft
modifications and variants.
73. 10.3. THM Technical Handling manual
( Issue 2 Revision 3 )
•Reference CASR 121.369
•How to Access THM, CMM, MEL, CAMP, etc Life :
http://gmfaa-ter-01
•Rev. of THM
•Table of Content
74. MEL and Reference
Definition
The MEL provides for release of the aircraft for flight with inoperative equipment.When
an item of equipment is discovered to be inoperative, it is reported by making an entry
in the Aircraft Maintenance Record/Logbook as prescribed by CASR
•How to Access MEL; or CDL; or MEL &_CDL :
http://gmfaa-ter-01;
•Flow Chart
•DDG Ref. CMM App. C.04 moved to THM III
•Repair Interval (RI)
•DDG B777 beda ? Trouble harus dikerjakan dulu
75. 11. ADTH (Arrival & Departure Technical Handling)
Inspection & Maintenance Release (For Line
Maintenance Certifying Staff)
11.1. ADTH Sheet
11.2. Pre Handling Phase (Delay Management)
How to prepare before A/C arriving
76. 11.3 Handling Phase
Precaution Refueling, Monitor jika pesawat
mengalami Lightening strike 350 cycle chapter 05.
• How to park A/C after landing
• How to perform inspection
• How to handle pilot report
• How to handle LRU
• How to accomplish service tasks / refuelling
• How to perform pre-flight check
• How to determine A/C is ready or not ready for
RTS
• How to issue RTS
• How to depart the A/C
78. 11.3. Post Handling (E32 using information system)
Method Performing RII (CMM: Chapter III-2-2 Par 8)
or THM I-3
Swift ( CMM: Chapter IV – Par 3, Par.5 b), or THM IV
HIL Management (CMM: Chapter III-2-5, Deferred
Maintenance Procedure), or THM I-6
CRP (Component Re Certification Program)
App. A-03
79. 12. Aircraft System
General
12.1. ATA 100 Page Block (i-spec) AMM Beda untuk Airbus di
401 Deactivation & Reactivation (ikut atas)
12.2. Type Rating Differences
12.3. BITE Process
80. 12.4. ATA Chapter 21 up to 80 (System overview, Ops &
FUC, Trouble Shooting)
12.5. Corrosion Level 1, 2 & 3.
12.6. Letter Check (Ref. CMM IX Par. 6,
Interval, Ref. CAMP-Major Insp.)
12.7. Special Permit (Ref. CASR 21.197 & CASR 21.199)
81. 12.8. Contoh : Oral test Airbus A320,
During transit PK-GLD mengalami trouble di PFR tertulis sbb:
SOURCE MSG CLASS
32-47-15 BSCU Brake Temp Sensor 5 GW 1
or Monit Unit 3 GW
Questions:
1. Berapakah Task Number-nya?
2. Carilah AMM-nya?
3. Berapakah P/N -nya?
4. Berapakah Alternate-nya?
5. Carilah P/N dengan menggunakan FIN
6. Jika anda E/A, cari Schematic-nya?
87. (PKPS = Peraturan Keselamatan Penerbangan Sipil)
CASR Part 21: Certification Procedures for Product and Part.
Part 21.321: Sub- Part L Export Airworthiness Approvals
CASR Part 39 :
Airworthiness Directives (AD Notes) : is a notification to owners and operators of
certified aircraft that a known safety deficiency with a particular model of aircraft,
engine, avionics or other system exists and must be corrected.
AMOC & Sample of AD : Alternate Method Of Compliance
Definition ref. EASA, an AMOC is an EASA approved deviation to an AD. It is a different way,
other than the one specified in an AD, to address an unsafe condition on products, parts
and appliances.
Definition ref. FAA, Different approaches or techniques that are not specified in an AD can,
after FAA approval, be used to correct an unsafe condition on an aircraft or aircraft product.
Although the alternative may not have been known at the time the AD was issued, an
alternative method could be acceptable to accomplish the intent of the AD. A compliance
time that differs from the requirements of the AD can also be approved if the revised time
period provides an acceptable level of safety that is at least equivalent to that of the
requirements of the AD.
AD 1 AD 2