MIL-STD-882 "System Safety Program Requirements"/"Standard Practice for System Safety"


Issue C of this standard (entitled "System Safety Program Requirements") was released on 19th January 1993, and Issue D (entitled "Standard Practice for System Safety") was released on 10th February 2000.

Issue C describes multiple tasks which can be used to meet the general requirements of the standard; Issue D omitted this detail. This has led to many organisations using Issue C and waiting for Issue E to be released (in other than draft form) which reinstates the tasks.

This military standard addresses a wide range of safety management and safety engineering issues, but does not address as wide a range of engineering issues. In particular MIL-STD-882 provides only a scant version of the concept of a Safety Integrity Level (SIL) to be followed in the development of software, and thus this safety standard is commonly paired with another such as RTCA/DO-178 "Software Considerations in Airborne Systems and Equipment Certification" to fill this gap.

The tasks of MIL-STD-882C are divided into the following four groups, and MIL-STD-882E is expected to expand upon these slightly.

Program Management and Control

Design and Integration

Design Evaluation

  • Task 301 Safety Assessment
  • Task 302 Test and Evaluation Safety, addressing both the testing of safety and the safety of testing
  • Task 303 Safety Review of Engineering Change Proposals, Specification Change Notices, Software Problem Reports, and Requests for Deviation/Waiver, addressing change control.

Compliance and Verification

  • Task 401 Safety Verification
  • Task 402 Safety Compliance Assessment, addressing some aspects of a safety case.
  • Task 403 Explosive Hazard Classification and Characteristics Data, addressing ordnance
  • Task 404 Explosive Ordnance Disposal Data, also addressing ordnance

Not all of the tasks of MIL-STD-882C are called out for each project; some may be irrelevant due to the nature of the possible hazards, and early hazard identification and risk analysis activities can lead to a lesser number of tasks being required.

Client:

Boeing Australia Limited, Aerospace Support division in their integration of a Stand Off Weapon and a Secure Voice capability to the F/RF-111C for the Royal Australian Air Force (RAAF).

Download:

MIL-STD-882 is available through ASSIST.

Resource:

Other MIL-STD may also be relevant to your organisation.

More?

For help in applying MIL-STD-882, contact Savive.