Why aviation safety is important

The idea is to break the link in the chain leading to an undesirable and unsafe outcome. Safety is of paramount importance, wherever humans are involved be it home, workplace, or in a vehicle. In aviation, safety determines the very existence of the industry.

Aviation is a complex business and involves the participation of people in more spheres than one. From the manufacturer, maintenance, ground support, ATC, inflight to the flight crew, and even passengers, every agency plays a role in the safe take off to landing of every flight. This is achieved through an intricate network of procedures that prevent errors and omissions as well as processes that are in place to capture such lapses.

People are working around equipment and in conditions that themselves have potential as hazards. This safety entails not only the safe operation of aircraft but also the safety and well being of personnel involved behind the scenes. Aviation safety is continuously improving. This is made possible by sharing the knowledge of manufacturers, operators, and regulators. Aviation safety has improved by the collaborative approach of the organizations that are involved in designing and production of aircraft and its equipment, oversight of regulatory requirements, operation of aircraft, Air Traffic Control, and infrastructure of the airport.

This collaborative approach is more effective than regulatory action alone because this continuously advances safety in all aspects of the global air transport system. Identifying safety risks and introducing the best practices is an all-in-one solution to improve aviation safety. Safety is the primary consideration while designing an aircraft. Every aircraft systems vital to the safe operation of an airplane has a backup and more than one backup in some cases.

For example, an airplane equipped with twin-engine is designed to safely take off, fly, and land even if one engine fails. The extra margin of protection is also considered while designing an airplane to allow the pilot to safely exceed the limit in case of an extraordinary emergency situation.

Airplanes are rigorously tested by manufacturers in order to ensure they meet or exceed design standards and certification requirements. Apart from airplane equipment and technology, manufacturers study and apply human factors to the design of commercial airplanes. New safety-enhancing technology has been developed through research, development, and collaboration. These developed sophisticated technologies have helped to improve aviation safety and provide distinct safety advantages. The primary focus of safety management in aviation is on safety of flights encompassing also all associated and support services, which can have an impact on safety, for example air navigation services, aerodrome operations management, etc.

The concept of proactive safety management in aviation originated in the mid s. It encompasses a business-like management approach to the safety of flight operations.

This approach was gradually replaced by a new system-based concept. From the s to the mid s the adopted model was mainly influenced by the progress of technology and shifted the concern towards human error.

The focus was to contain and mitigate the human error through regulation and training; lessons were being learned from incident investigations and other industries. In spite of substantial investment of resources in human error mitigation, the major reason for safety breakdowns continued to be attributed to unsatisfactory human performance as a recurring factor.

From the mid 90s onwards, a new approach towards managing safety was adopted, proactively utilising and analysing routinely collected safety-related data. According to the ICAO Safety Management Manual Doc safety management in the aviation industry is a combination of the two described perspectives, traditional and modern. The reactive or traditional safety management approach is useful when dealing with technological failures, or unusual events.

All airlines will have their security gate protocols implemented in some fashion, and for good reason. This is to ensure that anyone passing through the gates are coming in as harmless as they can be. Ensuring the safety of everyone entering and passing the security gate is key to overall aviation security.

Making sure the process is fair, equitable, and relatively speedy keeps the flow of passengers as streamlined as possible. That is why security regulations regarding the gate are updated as much as the facility requires them to be. When it comes down to it, making sure that every single passenger has a pleasant experience is a chief goal of the aviation industry. Providing all travellers with great customer service is central to that experience.

However, alleviating them of their reservations about flying is just as, if not more, critical. Giving all passengers detailed information before, during, and after their flight is to be expected. This helps keep flyers informed about the practices employed by the airline, but also keeps potential risk at a low minimum as well. Although ensuring passenger safety is of the utmost importance, they are not the only group that must be tended to. Ensuring that their security is maintained is just as critical.

For example, every crew member should be trained to a level that illustrates proper safety and security protocols. This means that they should be able to take care of all passengers during a flight, as well as tend to their fellow crew members as well. The more prepared and informed crew members are, the tighter the security will be on their subsequent flight. Some airlines will require heavy loads of cargo to be transported overseas.

This means that all products being carried in the respective plane will have to arrive in its original state.