Introduction
The site contains a history of development from the Paris Conference to the creation of the International Civil Aviation Organization (Pelser, 2022). Keywords: conferences, adoption of standards, certification, safety, historical value. The site is relevant because it helps to trace the history of the formation of airworthiness. This will allow the engineer to understand how ideas about airworthiness have changed (Title 14, IIF).
Aviation Laws and Regulations USA
The report covers the legislative aspect of aviation maintenance that ensures aircraft meet airworthiness (Wilson et al., 2022). Keywords: legislation, applicable acts, aviation safety, explanation of fines and risks. The report is relevant because it helps to understand the legislative side of airworthiness. The engineer understands the laws and understands which one applies to a particular area of work (Title 14, III).
Guide to aircraft airworthiness
The site is dedicated to explaining the requirements for the airworthiness of an aircraft and establishing a certification path (AOPA, n.d.). Keywords: requirements, aircraft, airworthiness. The site is relevant because it explains the scope of the laws and the reasons why airworthiness requirements have been adopted. The engineer will understand the consistency between the requirements and the actual performance of the work (Title 14, IIIC).
Requirements management applied in airworthiness certification in the civil aircraft
The article explains why certification is the most crucial step in civil aviation development (Wang & Zhang, 2020). Keywords: requirements, certification, civil aviation, regulations. The article is relevant to the task because it directly explains the value of certification and airworthiness acceptance processes. Using the article in an engineer’s practice will assimilate knowledge of airworthiness acceptance processes (Title 14-IC).
14 CFR Part 21 – certification procedures for products and articles
The site provides a list of certification procedures for airworthiness parts and articles. Keywords: certification, aircraft, policy, public administration, airworthiness. The site is relevant because it includes a state list of certifications with explanations (Legal Information Institute, n.d.). This will help the engineer know how the verification and compliance certification procedure works (Title 14-IC).
A contemporary analysis of aircraft maintenance-related accidents and serious incidents
The article provides an overview of accidents that occur to aircraft and explains the causes of accidents (Insley & Tukoglu, 2020). Keywords: flight safety, aircraft accidents, airworthiness, compliance. The article is relevant because it analyzes airworthiness in the context of the consequences of non-compliance. An engineer will understand how his actions can lead to accidents (Title 14, II).
Development of the minimum equipment list: Current practice and the need for standardization
The article discusses the need for an aircraft to comply with standards to improve its safety (Obadimu et al., 2020). Keywords: requirements, safety, airworthiness, standardization. The paper is relevant because it identifies the need for certification. This will help the engineer learn the parameters for matching between actions and rules (Title 14-IC).
Integration-in-totality: The 7th system safety principle based on system thinking in aerospace safety
The article explains systems thinking as a fundamental element for safety from the perspective of airworthiness (Thomas et al., 2020). Keywords: airworthiness, safety, system thinking. The article is relevant because it explains the fundamental principles of airworthiness practice. This will help the engineer develop a systematic mindset for understanding the principles of airworthiness (Title 14, VI).
Learning from incidents in aircraft maintenance and continuing airworthiness: Regulation, practice, and gaps
The article provides an overview of regulatory practices and the actions of committees and personnel regarding aircraft safety (Clare & Kourousis, 2021). Keywords: aviation safety, competence, best practices. The article is relevant because it identifies best practices in airworthiness those guide personnel tactics. The engineer will benefit from statistical data about safety and airworthiness (Title 14, IIB).
A study of the air force airworthiness assessment process with recommendations for reusable launch vehicles
The paper presents an overview of airworthiness assessment and verification (Troya, 2018). Keywords: airworthiness, conformity assessment, assessment recommendations. The thesis is relevant because it explains the potential of airworthiness assessment techniques. The engineer should study the material to determine which methods win over others and for what reasons (Title 14, IIE).
References
14 CFR Part 21 – certification procedures for products and articles (n.d.). Legal Information Institute.
Clare, J., & Kourousis, K. (2021). Learning from incidents in aircraft maintenance and continuing airworthiness: regulation, practice and gaps. Aircraft Engineering and Aerospace Technology, 93(2), 338-346.
Guide to aircraft airworthiness. (n.d.). AOPA.
Insley, J., & Tukoglu, C. (2020). A contemporary analysis of aircraft maintenance-related accidents and serious incidents. Aerospace, 8(46).
Obadimu, S. O., Karanikas, N., & Kourousis, K. I. (2020). Development of the minimum equipment list: Current practice and the need for standardisation. Aerospace, 7(7).
Pelser, A. (2022).The postal history of ICAO. International Civil Aviation Organization.
Thomas, J., Davis, A., & Samuel, M. P. (2020). Integration-in-totality: The 7th system safety principle based on system thinking in aerospace safety. Aerospace, 7(149).
Troya, A. A. (2018). A study of the air force airworthiness assessment process with recommendations for reusable launch vehicles (Publication No. AFIT-ENV-MS-18-M-241) [Master’s Thesis]. Air Force Institute of Technology.
Wang, Y., & Zhang, X. (2020). Requirements management applied in airworthiness certification in the civil aircraft. Proceedings from IOP Conference Series: Materials Science and Engineering, 751, 2019.
Wilson, D. W., Bowles, P. N., & Cunningham, J. M. (2022). Aviation laws and regulations USA. ICLG.