Provider
Omnex
Duration
3 days (8 hours per day)
Access
Private / corporate · Runs on request
Delivery
Face-to-face
Sessions and enrolment
Check the provider's website for upcoming sessions and enrolment information.
Price
Price not published. Check with the provider.
Facilitator
Not identified in public sources checked
International delivery
Global delivery available

About this course

Combines practices from Automotive SPICE v4.0 and Hardware SPICE through process workshops on the system, software and hardware process groups. Topics include types of requirements, notation, elicitation, system and software architecture notation, software detailed design and unit verification, and writing test cases against requirements. Participants study process capability level 1 and the traceability that links requirements, design and tests, and how to evaluate process risk.

Facilitators

Facilitator not identified in public sources checked.

Who should attend

  • Developers, test engineers, project managers and software quality engineers working on embedded automotive systems
  • Hardware designers, test engineers, project managers and hardware quality engineers

Prerequisites

  • Background in development projects, software development, quality management systems or functional safety is helpful; a basic understanding of project, quality, system and software engineering is expected

Learning outcomes

  • Understand Automotive SPICE and the motivation behind the model.
  • Write and structure requirements for software and its elements at several levels.
  • Understand traceability requirements between requirements, architecture and tests.
  • Evaluate process risks and use them to drive improvement.

Course outline

  1. 01

    Requirements

    Types and notation of requirements · Requirements elicitation · System requirements (SYS.2) and software requirements (SWE.1) exercises

  2. 02

    Architecture and design

    System and software architecture notation · Software architecture with block diagram, timing chart and allocation matrix · Detailed design and unit verification

  3. 03

    Test cases

    Deriving test cases from requirements · Traceability and process risk

What participants receive

  • Seminar manual with case studies or workbook

Training areas