BS EN 16603-70-32:2014

What is BS EN 16603-70-32 - Test and operations procedure language about?

BS EN 16603 is a European standard that discusses space engineering.

BS EN 16603-70-32 specifies:

• The capabilities of the language used for the definition of procedures for space system testing and operations.
• The PLUTO language

BS EN 16603-70-32 defines the context in which procedures operate and outlines the requirements for the procedure language.

BS EN 16603-70-32 specifies the PLUTO language. This includes:

• The “building blocks” that constitute procedure and the role that each of these building blocks plays in achieving the overall objectives of the procedure.
• The dynamic aspects of procedures i.e., the execution logic of each building block and execution relationships between these blocks.
• The syntax and semantics of the language itself.

BS EN 16603-70-32 specifies the engineering units to be supported by the procedure language.

BS EN 16603-70-32 also specifies the mathematical time and string functions to be supported by the procedure language.

Who is BS EN 16603-70-32 - Test and operations procedure language for?

BS EN 16603-70-32 on test and operations procedure language is relevant to:

• Aerospace and defence industries
• Design engineers
• Quality compliance personnel

Why should you use BS EN 16603-70-32 - Test and operations procedure language?

The test and operations procedure are the principal mechanisms employed by the end-user to control the space system during pre-launch functional testing and post-launch in-orbit operations.

BS EN 16603-70-32 identifies the requirements to be satisfied by any language that assists in the development of automated test and operation procedures.

BS EN 16603-70-32 also guides you regarding the space system, satellite testing, conducting mission operations and EGSE and mission control system (EMCS).

With compliance and obedience to BS EN 16603-70-32, you can standardize the test and procedure language for bringing uniformity while testing and operating space systems.