<img alt="" src="https://secure.52enterprisingdetails.com/787780.png" style="display:none;">
Skip to content
    Hero Image
    Medical devices

    Medical device software process design based on IEC 62304

    This two-day course, in cooperation with Intertek Academy, focuses on how to design a process for the development and maintenance of medical device software according to the IEC 62304 standard and the regulatory requirements that apply to medical device software.
     

    Topics

    • Current software practices
    • Designing high quality software in a regulated environment
    • Standards for regulatory compliance
    • Implementation examples for achieving compliance
    • Practical applications of the requirements of the 62304 standard
    • Some possible future changes within the medical device software field

    Target group

    This course is targeted towards professionals working with the development of medical devices containing software or software as a medical device (SaMD), with risk assessment of software-based products, quality assurance, process improvements, with the purchasing of software development from subcontractors, or purchasing software components. A basic understanding of the medical device regulations and some product and software development experience is recommended.

    Objectives

    After the course, participants will have an understanding of how to employ design processes for medical device development based on the 62304 standard, in order to achieve regulatory compliance and how to design high quality software in a regulated environment.

    Additional information

    The course costs 15 200 SEK (excluding local VAT). The course material is in English, with verbal presentation and discussions in Swedish or in English, depending on the participants.

    Related courses

    Cybersecurity standards for medical devices
    This course provides a general overview of current standards within cybersecurity for medical devices, and an overview of the cybersecurity requirements in the IVDR and MDR.