HCRQ, INC. SYSTEM & SOFTWARE SAFETY EXPERTS
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  • Home
  • Markets
    • Aviation
    • Defense
    • Unmanned Systems
    • Rail Transportation
    • Process
    • Automotive
    • Nuclear
    • Medical
  • System/Software Safety Services
    • Consulting >
      • System Safety
      • Software Safety
      • Reliability, Availability, Maintainability
      • Quality Assurance / Quality Control
      • Full List of Consulting Services
    • Training >
      • Courses >
        • System Safety Course
        • Software Safety Course
        • MIL-STD-882E System Safety Course
        • Aviation System Safety Course
        • Hands-On Fault Tree Analysis Course
      • Webinars >
        • System Safety Webinars >
          • System & Software Safety: If You Were Us, What Would You Watch Out For?
          • System Safety Management Plans (SSMPs)
          • System Safety Program Plans (SSPPs)
          • Preliminary Hazard Analysis & Hazard Tracking
          • Operating & Support Hazard Analysis
          • Safety Assessment Report
          • Estimating Probabilities of Human Failures
        • Software Safety Webinars >
          • Software Safety Program Plans (SwSPPs)
          • Software FTA & Software FMEA
        • Other Webinars >
          • How To Get Promoted
        • Webinar FAQs
      • Renowned Attendees
      • Previous Course Attendees
    • Products >
      • Fault Tree Analyses - When to Accept, When to Reject
      • System Safety Program Plan (SSPP) Example
  • Scheduled Courses & Webinars
    • Scheduled Courses
    • Scheduled Webinars
  • Proposal & Technical Writing
    • Proposal Writing
    • Technical Writing
  • About Us
    • Who We Are
    • Hunter Austegard
    • China Austegard
    • Applicable Codes
    • Client List
    • Testimonials - Courseware
    • Testimonials - Consulting
    • Referral Fees
    • Newsletters
    • Reference Material
    • Careers
    • Contact Us
HCRQ, INC. SYSTEM & SOFTWARE SAFETY EXPERTS

SYSTEM SAFETY PROGRAM (SSP)


The SSPP orchestrates the SSP; therefore, a poor SSPP causes an abysmal SSP.

A proper approach to system safety and software system safety is through the implementation of a SSP. Here, the intent is to identify, track, evaluate, eliminate or control hazards commencing when the system requirements are defined.  SSPs provide direct input into design, implementation and testing phases of product development.  In so doing, the cost of iterating a design to address safety issues is avoided.

Some SSPs though have been short-circuited, due to development falling behind schedule and pressures to meet milestones, to the detriment of safety.  Future accidents then become much more probable.

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