The medical industry is under siege to reduce costs. Medical equipment manufacturers are rapidly designing in connectivity capabilities that will mirror enterprise cloud computing and introduce more efficient ways to provide healthcare services. However, designing connected medical devices brings design challenges, complexities, and risk. Developers are tasked with building products that utilize the latest technological advances with multicore and embedded virtualization while also meeting strict business and regulatory requirements. And, with cost in mind, software platforms must scale and easily adapt to meet the changing needs of the healthcare industry.

In this complimentary web seminar, Pete MacKay, Wind River’s medical and industrial solutions architect, explores the critical design considerations including:

  • The evolving connected medical device landscape
  • Separating applications from system software
  • Understanding and leveraging embedded virtualization for different use cases
  • Increasing performance while lowering power and cost with multi-core technologies

Who should attend:

  • Medical device software and system architects
  • Engineering manager
  • Product managers
  • Decision makers

Pete MacKay, Medical and Industrial Solutions Architect, Wind River Systems

Pete MacKay is a Medical and Industrial Solutions Architect for the Professional Services organization in Wind River Systems, a leading embedded software provider. Tearing apart his Dad’s radios and programming robot kits in grade school inspired him to pursue engineering at Northeastern University in Boston. His career spans two decades and includes building semiconductor equipment, baggage scanners, manned and unmanned aircraft systems, and the nuclear imaging scanner that helped his family win a cancer battle.