Quiddity Technology Solutions Inc

✈️ ARP4761(A): The Backbone of Aerospace Safety Safety lies at the heart of rapidly evolving aerospace product development. For decades, #ARP4761 has been the backbone of the aerospace industry, shaping the way safety analyses are conducted across the sector. ARP4761 remains the most widely applied safety standard in product design, influencing systems in conventional aircraft such as a Cessna or an Airbus A350 as well as in cutting-edge Advanced Air Mobility (#AAM) vehicles. In December 2023, nearly three decades after its introduction, ARP4761 was updated to #ARP4761A, marking a significant milestone in the aerospace safety standards. To date, comprehensive analyses of the updates in ARP4761A are still limited. In order to address this, we’ve crafted a series of posts to summarise the key changes introduced in ARP4761A. These insights are designed for anyone involved in aircraft development using ARP4761 who now seeks an overview of the updates in the new version. ⬇️ Click on the post below to read more and follow us to stay tuned for upcoming posts! 🔗 https://lnkd.in/eCvF6xP9 #aerospace #safetylifecycle #AAM #evtols #systemsafety

🚗 Confirmation Review vs Verification Review, Decoding the puzzle The development of road vehicles involves multiple stages, which can be adapted to fit each vehicle's unique design. ISO 26262:2018 offers a structured, rather than prescriptive, approach to managing safety throughout the product lifecycle. The general safety lifecycle includes Concept, Design, Development, Verification, and Validation stages. A safety manager overseeing this lifecycle must plan and execute activities in alignment with ISO 26262. Two critical activities in this framework are the Confirmation Review and the Verification Review. But what exactly is a Confirmation Review, and how does it differ from a Verification Review? Integrating these reviews effectively poses a unique challenge for safety managers working to achieve ISO 26262 compliance. In this article, we aim to decode this puzzle! With a team of certified Functional Safety Engineers, we bring cross-industry experience in implementing safety standards into product development, ensuring compliance and meeting safety standards. Follow us and contact us today to see we can collaborate for your product safety development needs. ▶️ https://lnkd.in/eP97_b-a #ISO26262 #automotivesafety #functionalsafety #safetyactivities

🚗 How do modern vehicles, with their complex sensors and software, manage safety risks? 🌐 ISO 26262 is the standard for the functional safety of automotive electrical and electronic systems. OEMs and suppliers must certify their products, document development processes, and provide test results to demonstrate safety compliance. This need for accountability drives the importance of a structured safety case. ▸ Our latest blog explores the significance of safety case in the realm of ISO 26262. With years of experience across Aerospace, Automotive, and Naval industries, QTSI’s certified Functional Safety Engineers can guide your safety certification process. Follow us for more insights! ➵ https://lnkd.in/dRkW8Hnu #ISO26262 #automotivesafety #functionalsafety #safetycase

🤔 In a world where automotive systems are getting complex and intricate, have you ever wondered how the automotive engineers ensure that automotive systems remain safe in the event of failure(s)? The term commonly tossed in the automotive industry, that deals with such hazards, is Functional Safety. But what is Functional Safety? 💡 Read more about what functional safety is in this post and follow us for more such interesting posts. https://lnkd.in/daSWyXAT #ISO26262 #IEC61508 #functionalsafety #automotivesystems