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Safety Management Systems

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ATOS: An Oversight System used to fulfill FAA safety responsibilities ... don.arendt_at_faa.gov. Wilbur Wright gliding, 1901. Photographs: Library of Congress ... – PowerPoint PPT presentation

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Title: Safety Management Systems


1
Safety Management Systems
  • FAA Flight Standards and Industry Roles in the
    AVSSMS

2
What is safety?
  • Freedom from harm (Dictionary defn.)
  • Safety is not equivalent to risk free (U.S.
    Supreme Court, 1980)
  • Risk management is a more practical term than
    safety. (Jerome Lederer 1928)
  • Carelessness and overconfidence are more
    dangerous than deliberately accepted risk (Wilbur
    Wright, 1901)
  • Practical safety is risk management

3
SMS Purpose and Methods
  • The purpose of a safety management system is to
    provide a systematic way to control risk and to
    provide assurance that those risk controls are
    effective
  • The SMS will give certificate holders a formal
    means of meeting statutory safety requirements
    (title 49) and the FAA a means of evaluating
    management capability

4
System Safety
  • "The application of special technical and
    managerial skills in a systematic, forward
    looking manner to identify and control hazards
    throughout the life cycle of a project, program,
    or activity" (Roland Moriarty, 1990)
  • Traditional approach concentrates on technical
  • SMS adds emphasis on management elements

5
Is safety management the same thing as quality
management?
  • Absolutely maybe

6
SMS or QMS?
  • Quality Management System (QMS) requirements are
    based on customer requirements for products
    services
  • Requirements for protective systems such as
    Safety Management Systems (SMS) are based on
    objective determination of risk
  • Both types of systems assure consistency of
    meeting requirements

7
SMS Components (Four Pillars)
Safety Promotion (Culture)
8
Design
Performance
SRM
SA
System Analysis (Design)
System Operation
Problem Resolution
9
Air Transportation Oversight System
  • ATOS uses a risk assessment process to determine
    safety assurance objectives
  • Design Assessments (SAIs) are used to determine
    the ability of organizational design to meet
    regulatory requirements and operator risk
    management objectives
  • Performance Assessments (EPIs) are used to
    determine conformance to design requirements

10
Is ATOS the same as SMS?
  • ATOS An Oversight System used to fulfill FAA
    safety responsibilities
  • SMS A Management System used to fulfill operator
    safety responsibilities

11
Oversight and SMS
FAA (ATOS) Oversight Program Management (8
Modules)
Production
Protection
  • Air Carrier
  • Technical Program Requirements
  • Systems
  • Subsystems
  • Elements

Surveillance
Cert
C.O.S.
12
QMS
FAA SRM(S)
Regs./Policy
2
FAA SA
CH SRM
FAA SA
FAA SP
13
ICAO Critical Elements of Oversight
  • CE-1 Primary aviation legislation
  • CE-2 Specific operating regulations
  • CE-3 Safety oversight functions
  • CE-4 Technical personnel qual./training
  • CE-5 Technical guidance and information
  • CE-6 Licensing, certification, approval
  • CE-7 Surveillance
  • CE-8 Resolution of safety concerns

14
CE-1 2
FAA SRM(S)
CE-4 5
2
CE-8
CE-3
FAA SA
CE-7
CH SRM
FAA SA
FAA SP
CE-6
15
SMS Standard (AC 120-92)
Policy Cl. 4
Safety Risk Management (SRM) Cl. 5
Safety Promotion (SP) Cl. 7
Safety Assurance (SA) Cl. 6
16
SMS Guidebooks
17
Format of the Guidebook
  • (OBJ) are objectives. This information describes
    or outlines what you will be expected to develop
    in this specific area of your Safety Management
    System Manual, in order to meet an SMS standard.
  • (STND) are standards. This is the specific
    language of the standard that the organization
    will be held to in order to meet the statement of
    requirements conveyed in the policy/procedure
    section.
  • (DG) is developmental guidance that provides
    instruction regarding how you can develop your
    policy, procedures, and controls to address each
    specific requirement of the Safety Management
    System. For each section of your manual, you will
    need to consider the developmental guidance
    included in this Guidebook. The (DG) guidance is
    intended to guide you philosophically in the
    development of your manual.

18
Example Section of the Guidebook
  • 4.4 Safety Planning
  • (OBJ) The expectation of this section is that
    you describe your safety management plan to meet
    the objectives described by your above stated
    safety policy.

(DG) Management has historically been defined as
planning, organizing, directing, and controlling.
Therefore a Safety Management System will start
with a plan to meet the Safety Objectives. A
plan should be set by Top Management that will
direct and sequence the implementation of the
Safety Management System. Planning at one level
becomes direction at the next level. The first
thing to plan is how much and on what time table
the various portions of the Safety Management
System will be created, who will be responsible
for the overall system and the various portions
of it.
19
Example Audit/Gap Analysis Tool
20
Standard and Audit/Gap Analysis Tools
21
Rulemaking Effort
  • Rulemaking Project Record (RPR) opened Nov. 2006
  • Proposed strategy
  • Align regulations with ICAO SARP
  • Regulatory concept similar to current CASS
  • Draft acceptance criteria (similar to present
    voluntary standard)
  • Phased implementation

22
SMS Voluntary Implementation Pilot Project
  • Pilot Project activities commenced in 2007
  • Voluntary SMS development and interface with
    oversight systems
  • AFS combined effort
  • Objectives
  • Development of guidance material,
  • Implementation strategies, and
  • Oversight systems
  • Provide experience for FAA and operators

23
SMS Implementation Process
24
Immediate Challenges
  • Design rulemaking process around SRM (and
    acceptance of risk vs. outcome as bases for
    rules)
  • Design of organizational certification activities
    around system design and performance model
  • Emphasis on integrated SRM and compliance on the
    part of certificate holders

25
Challenges (cont)
  • Design of surveillance and certificate management
    activities as safety assurance of organizations
    processes
  • Implementation of a strategic SA function in the
    analytical organization
  • Initiate development of a more comprehensive
    system model for integrated level one SRM and SA

26
Carelessness and overconfidence are more
dangerous than deliberately accepted riskWilbur
Wright, 1901
  • Contact
  • Don Arendt, Ph.D.
  • (703) 661-0516
  • don.arendt_at_faa.gov
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