Duration
24 hours (six modules)
Access
Public enrolment
Delivery
Live online · Self-paced
Sessions and enrolment
Check the provider's website for upcoming sessions and enrolment information.
Price
Price not published. Check with the provider.
Course presenters may include
Pier Luigi Guida, Luciano Pollice, Ottorino Maggiore Van Beest, Fabio Senesi, Eugenio Milizia

About this course

A six-module course giving an interdisciplinary view of systems engineering for complex systems, with railway applications: the history and principles of systems engineering; the ISO/IEC/IEEE 15288 process model, methods, integration with project management and requirements engineering; life-cycle costing, cost and value engineering; RAMSS (reliability, availability, maintainability, safety and security) methods and risk analysis for mission-critical projects; functional safety; and the CENELEC standards and SIL in railway systems.

Delivered live online with lecturer Q&A, with recordings available for 12 months; it carries CFP credits for engineers in Italy. Taught in Italian.

Course presenters may include

  • Pier Luigi GuidaCIFI course lecturer
  • Luciano PolliceCIFI course lecturer
  • Ottorino Maggiore Van BeestCIFI course lecturer
  • Fabio SenesiCIFI course lecturer
  • Eugenio MiliziaCIFI course lecturer

Facilitator details as listed by the provider. Assignments may vary by scheduled course.

Learning outcomes

  • Understand the fundamental principles of systems engineering and their application to complex projects.
  • Structure a project according to life-cycle models such as the Vee, spiral and iterative approaches.
  • Manage requirements analysis, architecture definition, subsystem integration, verification and validation, RAMSS analysis and risk.
  • Become familiar with key standards (ISO/IEC/IEEE 15288, IEC 61508, CENELEC) and MBSE.
  • Understand the interaction between systems engineering and project management.

Course outline

  1. 01

    Introduction, history, disciplines and principles of systems engineering

  2. 02

    ISO/IEC/IEEE 15288 process model, methods, project management integration and requirements engineering

  3. 03

    Life-cycle costing, cost engineering and value engineering

  4. 04

    Systems engineering and project management

  5. 05

    RAMSS methods, risk analysis and functional safety

  6. 06

    CENELEC standards and SIL in railway systems

Training areas