The course will cover:

• Mission and mechanism specific requirements.
• Mechanism definition, requirements and development approach.
• Mechanism technologies and design rules for lubrication and tribology, thermal control, mechanical design and sizing, electrical and electronic, control loop design.
• Mechanism verification.

For this objective, the following standard must be considered: ECSS-E-ST-33-01C Space Engineering: Mechanisms.

The content of the course will include:

• General introduction about Mechanism definition and interfaces / interactions of mechanisms with other disciplines: thermal control, structures, functional operations, materials and parts, propulsion, electrical and electronics, and servo control interactions.
• Definition of mechanisms specific terms.
• Mission requirements and design requirements for mechanisms.
• Development approach and models.
• Reliability requirements.
• Mechanism design requirements: Tribology, Thermal control, Mechanical design and sizing, Pyrotechnics, Electrical and electronic, control loop design.
• Materials and lubrication.
• Functional dimensioning requirement (Force/Torque Margin).
• Mechanism verification by test & analysis.
• Life test and associated requirements.
• Mechanism development and support documentation.

The objective of the course is to present the main requirements in the ECSS E-33 discipline for design, sizing, manufacturing, and verification of mechanisms.

ESA TEC-MSM

In case you have registered but cannot attend the session, please click on "Leave course" on the right-hand side of the course page to inform the organisers.

This ECSS session will be recorded and will be made available online afterwards.