We are living in an unprecedented era of rapid medical innovation in the face of COVID-19. The speed of development for devices and diagnostics has been driven by the urgency of the pandemic resulting ...

Medical devices—whether compact, in-home tools like blood pressure monitors or large, sophisticated diagnostic systems used in hospitals and laboratories—are increasingly designed for global markets.

Medical device design and development is a process that helps to ensure devices that go to market are safe, effective, marketable, and profitable. The process is a blueprint of the phases needed to ...

Medical devices play an essential role in improving the quality of human life. Consequently, their design poses unique engineering challenges. Designers must address high standards of reliability, ...

When it comes to medical device design—a broad category that includes a range of different machines performing countless critical functions—the stakes are high. Because no matter the application, ...

The integration of artificial intelligence (AI) into the design of medical devices heralds a new era in healthcare—one where innovation meets precision to significantly enhance patient outcomes. This ...

Before you get started on any medical device design engineering project, it is essential to understand user needs, explains Philip Remedios, CEO and director of design & development for BlackHägen ...

Medical, industrial and aerospace chips are becoming much more complex as more intelligence is added into these devices, forcing design teams to begin leveraging tools and methodologies that typically ...

MSC Software Corporation (MSC), a global leader in Computer-Aided Engineering (CAE) simulation software and services and part of Hexagon's Manufacturing Intelligence division, has released MSC Apex ...

How does EMI differ from RMI? What types of EMI and EMC affect medical devices? Shielding options. Dealing with computed-tomography interference. The medical circumstance for many people requires that ...