Join Host Joshua Sutherland with Guest Jordan Kyriakidis, PhD as they discuss the current state of systems engineering from his perspective as a Quantum Physicist and CEO of QRA Corp.
A time-saving guide for system engineers and requirements analysts.
A time-saving guide for system engineers and requirements analysts.
We distilled the insights from our research into this one guide + checklist that we hope will help accelerate the requirements engineering phase of your medical device projects.
Covering the top 4 challenges faced by the medical device manufacturing industry, this article explains how effective requirements planning allows organizations to proactively position themselves to meet unique challenges associated with medical device manufacturing.
Requirements authoring is a tedious process. An inevitable effect of complex and tedious work is the possibility of introducing errors along the way. This is where the requirements review process comes in.
This guide describes ten requirements engineering (RE) best practices aerospace organizations can apply to help assure their avionic software complies with DO-178C. The accompanying checklist is meant to help those organizations embed these best practices, both within their RE process and in the minds of their engineers.
Requirement elicitation is more than simply asking “what are the most important features in product X?”. Stakeholders frequently have ideas, wants or needs floating in the back of their minds, but these may not be clear, even to themselves. So, it’s the job of requirements elicitor to draw these out of the stakeholders and help them articulate their vision, as well as their understanding of the end product.
It’s important to learn from our mistakes, but even more valuable to learn from the mistakes of others. In many cases, best practices develop from what industries or organizations learn from these mistakes. Without effective knowledge transfer, you risk the loss of important organizational knowledge and the associated competitive advantage.
Many safety-critical industries reuse requirements as a way of saving time, however, if this is done incorrectly or without proper steps taken to ensure the reused requirements are still accurate and relevant to the current project, critical errors can occur which cost more than it would to simply author the requirements from scratch.
