AOPA’s Post

In aviation 80% of all incidents are due to #humanfactors. In politics - 100%. Is your organization prepared for a cyberattack? www.sanra.co provides simulation exercises of real cyberattacks to train your staff to respond quickly and efficiently.

As an aviation professional thats one of my favorite movie scenes ever! Human factors in aviation are often considered the primary contributors to safety issues. In fact 80% of Safety incidents are due to a human factor. These factors encompass a wide range of elements related to human behavior, cognition, and interaction with technology and the environment, like fatigue, stress, lack of training, lack of supervision to name few. Understanding and addressing human factors are critical to improving safety in aviation. Continuous research, training, and the adoption of best practices are essential in minimizing the risks associated with human errors and enhancing overall aviation safety. Lets not forget our human nature but instead invest in it, enhance, educate and support our people in aviation! #humanfactors #aviation #safety #sully #HR# #training

What Are The Most Common Human Factors That Influence to Error? According to the NTSB, over 88% of all general aviation accidents are attributed to human error. "Errare humanum est" but if tragedies are unfortunately one of the major and costly contributors to the improvement aviation safety, understanding human behavior and errors will certainly help aviation operators prevent, contain or minimize error, and thereby enhance safety at a lower cost. Here we look at the Dirty Dozen, the most common factors that influence operators to make errors.

Explain aviation and safety and Aviation safety and reliability comprehensive approach to ensuring the well-being of passengers and crew. Comparable to traffic rules on a road, the aviation industry adheres to strict regulations and standards that govern every aspect of flight operations. Aircraft, like well-maintained cars, undergo regular and thorough checks, with maintenance procedures ensuring all components are in optimal condition before each flight. Pilots and crew members, akin to highly trained professionals, bring a wealth of expertise to handle various situations with a primary focus on safety. Furthermore, the use of advanced technology in aircraft, from navigation systems to communication tools, contributes significantly to the overall safety of air travel. The concept of redundancy, akin to having backup plans, ensures that critical components have alternatives, minimizing the likelihood of failure affecting safety. Regular inspections, proactive maintenance based on data analysis, and continuous improvement through learning from experiences further enhance the reliability of aviation. In essence, aviation safety and reliability create a parallel to a well-regulated and continually improving transportation system in the sky, where layers of precaution and advancements work cohesively to make air travel one of the safest modes of transportation.

No Stone - Or Angle - Left Unturned At first glance, you might wonder why we look like contortionists during an inspection. The truth? In aviation, your perspective can make all the difference. We inspect from above, below, and everywhere in between. Not because we're perfectionists (though we are), but because aviation safety demands this level of scrutiny. A crack visible only at a 45-degree angle or corrosion hidden in a shadow - these aren't just details, they're critical findings that keep aircraft where they belong: in the sky.

Human factors and human errors are two separate things but are often used interchangeable in conversations and in the aviation industry. Human errors are attached to a person who could be linked to an occurrence. In addition, the severity of the outcome is a predetermining factor how important it is to assign human error as the root cause after an accident. Read the full article here! https://lnkd.in/ebaZ9Yuf #airports #aviation #safetymanagementsystems #sms #safety #humanfactors #qualityassurance #systemsengineering

How can I ensure aviation safety? Follow regulations and precision engineering to mitigate risks. Read this interesting article on the meticulous design and manufacturing of components that meet stringent tolerances and performance standards https://bit.ly/4e1Ubfv #aviation #precisionengineering

🚀 Recent Health & Safety Trends in Aerospace & Aviation 🌟 As the aerospace and aviation industries evolve, keeping up with health and safety trends is crucial. Take a look at some key facts shaping these sectors: 🔹 Safety Management Systems (SMS) adoption in UK aviation has increased by 20% in the past year, focusing on proactive well-being measures. 🔹 In 2023, the aerospace industry saw a 15% decrease in workplace accidents due to enhanced training and safety compliance. 🔹 Mental health support initiatives are more prevalent in aviation organisations, with 70% offering counselling services to employees for holistic well-being. 🔹 Drone safety regulations have led to a 30% drop in airspace violations, indicating a commitment to reducing risks with unmanned aerial vehicles. Prioritising health and safety is essential in the aerospace and aviation industries. Let's talk - how have recent initiatives impacted your work in these areas? Share your thoughts below! 🌐💬 For any HSE professionals in the industry looking for a new opportunity, see the link in the comments. #AerospaceSafety #AviationWellness #IndustryTrends

The latest edition of the ICS Guide to Helicopter/Ship Operations offers comprehensive and updated guidance for shipping companies and their crew, reflecting the most recent best practices from both maritime and aviation professionals. Scheduled for release in January 2025, the print edition is now available for pre-order, while the e-book version is expected to be accessible from early December 2024. The sixth edition has been meticulously reorganized for enhanced usability, enabling crew members to quickly locate relevant information. It features newly developed content, including: An improved shipboard safety checklist for helicopter operations, structured in a step-by-step chronological order A new risk assessment process tailored for landing and winching operations An aide-memoire for the responsible officer overseeing helicopter operations A model toolbox talk template to be conducted prior to commencing helicopter operations Expanded clarifications on roles and responsibilities Updated terminology to align with current industry standards This guide is designed to serve as a practical resource for shipmasters, officers, and crew, while also being highly beneficial for helicopter operators and marine pilots. Credits: INTERNATION LIMITED