Duration
5 days
Access
Public enrolment
Delivery
Face-to-face
Sessions and enrolment
Check the provider's website for upcoming sessions and enrolment information.
Price
  • CHF 3,000 (based on the price of the last edition; lunches included Tuesday to Friday)
As published by the provider, last verified 6 Nov 2026. Indicative only: confirm the current fee with the provider.Indicative daily price band: $ (Under US$1,000). How bands work
Course presenters may include
Dr Gilles Feusier, Prof. Dr Gerhard Stefan Székely
Certification / credential
EPFL microcredential (1 ECTS) on completing the course and passing the exam

About this course

A one-week foundation in systems engineering grounded in standards and illustrated with real missions. Day by day it covers a systems engineering overview and stakeholder analysis; requirements definition and management, agile and product development processes, and system architecture and concept generation; tradespace exploration and concept selection, concurrent engineering and multidisciplinary optimisation, and systems integration and interface management; verification and validation, engineering change management, commissioning, operations and lifecycle management; and a final design competition built from the week's group work, followed by an assessment. The human role as designer, operator and beneficiary runs through the course.

Participants who complete the course and pass the exam receive an EPFL microcredential of 1 ECTS. Taught on the UNIL-EPFL campus in Lausanne; participants bring a laptop.

Course presenters may include

  • Dr Gilles FeusierEPFL Space Center
  • Prof. Dr Gerhard Stefan SzékelyHSLU

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

Who should attend

  • Aerospace professionals seeking skills in systems or sub-systems management; no prior systems engineering training required

Learning outcomes

  • Identify key systems engineering standards and practices.
  • Describe the main steps of the systems engineering process.
  • Recognise the role of humans in aerospace systems.
  • Explain the limitations of current systems engineering practice.
  • Apply systems engineering methods and tools to practical examples.

Course outline

  1. 01

    Day 1: Foundations and stakeholders

    Systems engineering overview · Stakeholder analysis · Group work

  2. 02

    Day 2: From requirements to architecture

    Requirements definition and management · Agile and product development processes · System architecture and concept generation

  3. 03

    Day 3: Optimisation, integration and mission practice

    Tradespace exploration and concept selection · Concurrent engineering and multidisciplinary optimisation · Systems integration and interface management

  4. 04

    Day 4: Verification, change and lifecycle operations

    Verification and validation · Engineering change management · Commissioning, operations and lifecycle management

  5. 05

    Day 5: Synthesis, assessment and next steps

    Design competition from the group work · Assessment

Certificate of completion

EPFL microcredential (1 ECTS) on completing the course and passing the exam

Training areas