ISO 14619:2023 - Space systems — Space experiments

Introduction

Analysis of the Standard Core Framework

Phase	Key Activities	Output Documents	Responsible Party
Planning Phase	Feasibility Assessment, Proposal Preparation, Economic Analysis	Experiment Proposal, Work Statement	Project Chief Engineer
Development Phase	Equipment Design, Ground Support System Preparation	Project Plan, Technical Specifications	Payload Engineer
Execution Phase	On-orbit Operation, Emergency Response	Progress report, summary report	Chief researcher

According to the integration requirements of space experiment equipment, the following must be met:

Typical case: The microgravity fluid experiment device needs to pass the joint test of the vibration table and the thermal vacuum chamber.

Main updates compared to the 2003 version:

Added orbital sustainability assessment requirements
Refine the experimental document system (add 5 types of template files)
Clear the division of rights and responsibilities of commercial space participants

It is recommended to establish a three-line linkage management structure:

Technical line	Hold a payload status review meeting every week
Progress line	Use Gantt chart to track key nodes
Quality line	Implement ISO 14300-2 Product Assurance Requirements

Note: Special attention should be paid to the standardization of the fault diagnosis interface of on-orbit maintenance equipment.

ISO 10795 Space systems — Programme management and quality — Vocabulary
ISO 14300-1 Space systems*， 2023-12-01 Update
ISO 14300-2 Space systems — Programme management — Part 2: Product assurance*， 2023-11-01 Update
ISO 14620-1 Space systems - Safety requirements - Part 1: System safety
ISO 14620-2 Space systems — Safety requirements — Part 2: Launch site operations