Linda Connell, NASA - American Medical Informatics Association

advertisement

The Frontier of Emerging Technologies:

Failures, Fraud, and Financing

American Medical Informatics Association

5 th AMIA Health Policy Meeting

Reston, VA

September 1, 2010

Linda Connell, ASRS Director

NASA Aviation Safety Reporting System

Human Systems Integration Division

NASA Ames Research Center

L Connell 9/10

ASRS

Ames Research

Center

Dryden Flight

Research Center

Jet Propulsion

Laboratory

Home of NASA ASRS

Glenn Research Center

Goddard Space

Flight Center

Johnson Space Center

Langley Research Center

Marshall Space Flight Center

Kennedy Space Center

L Connell 9/10

Moffett Field - Hangar One

1932

Aviation Tragedy Leads to

Genesis of ASRS

TWA 514, December 1, 1974

ASRS History

The ensuing investigation revealed that six weeks prior, a

United Airlines crew had experienced an identical ATC misunderstanding and narrowly missed the same mountain.

• At the time there was no method of sharing the United pilot’s experience with TWA and other airline operators.

This gave birth to the idea of a national aviation reporting program that would enable information sharing.

In April 1976,

NASA and FAA implemented the

Aviation Safety

Reporting System

(ASRS)

NTSB Identification: DCA75AZ005

L Connell 9/10

ASRS Beneficiaries & Providers

L Connell 9/10

Guiding Principles

VOLUNTARY PARTICIPATION

Aviation personnel voluntarily submit reports concerning events related to safety for the purpose of system alerting, understanding and learning

CONFIDENTIALITY PROTECTION

Protection of identity is provided by NASA through de-identification of persons, companies, and any other information

NON-PUNITIVE

FAA will not use, nor will NASA provide, any report submitted for inclusion under ASRS guidelines or information derived therein for use in any disciplinary or other adverse action.

(14CFR91.25 & Advisory Circular 00-46D)

L Connell 9/10

U.S. Aviation Statistics *

FAA Certificated Professionals

• Pilots 613,746

– Air Carrier

• Air Traffic Controllers

124,746

14,305

• Mechanics

– Air Carrier

116,310

27,020

Airline

• Flight Attendants 98,700

______________

Potential Aviation Reporters

TOTAL(Est.) 850,000

*2008 US Dept of Labor Statistics

Flight Volume

60,000 Flights/Day (Air Carrier, Cargo, Military)

27,178 Flights/Day (General Aviation)

L Connell 9/10

Monthly Report Intake

1981 – 2009

5,000

• Averaging 4,082 reports per month, 189 per working day

• Total Report intake for 2009 was 48,986

• Anticipated 2010

Report Intake exceeding 57,000

4,500

4,000

3,500

3,000

2,500

2,000

1,500

1,000

500

Smoothed / Forecast

Actual Intake

Series3

0

'81 '82 '83 '84 '85 '86 '87 '88 '89 '90 '91 '92 '93 '94 '95 '96 '97 '98 '99 '00 '01 '02 '03 '04 '05 '06 '07 '08 '09

9

L Connell 9/10

Report Intake 2001 - 2009

Reporter Groups

20% of all reports are matched to unique events

Decreases evident following September 11, 2001 are showing return to pre-9/11 levels

L Connell 9/10

System Recognition for Effectiveness

Recent article praises system

FAA credited for a positive, proactive approach to safety

Proof that government agencies don’t have to act like big-footed oafs, the FAA (and NASA) has a system that allows pilots and air traffic controllers to report problems anonymously, It’s a “Let’s learn, let’s fix it” sort of culture. The goal is to find systemic problems and solve them rather than assign blame. Most errors and mistakes are caught early, and accidents are rare.

L Connell 9/10

THE HUMAN FACTOR

Human Performance

Contributions to Errors

L Connell 9/10

Simplified Event Chain

Operational

System

Human

Performance

Incidents

Detection &

Recovery

Accidents

L Connell 9/10

Proportion of Event Probabilities

Based on Heinrich Model

Fatal

Accidents

Accidents

Accidents

Precursors

Normal Operations

Normal Operational Data

L Connell 9/10

L Connell 9/10

L Connell 9/10

L Connell 9/10

L Connell 9/10

ASRS Purpose

ALERTS

Identify

Deficiencies and

Discrepancies

PRODUCTS

Provide Data for Planning and

Improvements

L Connell 9/10

Incident Reporting Model

L Connell 9/10

ASRS Products & Services

L Connell 9/10

ASRS Web Site

http://asrs.arc.nasa.gov

Launched

October 2007

• Over 10 million sessions in 2008

File an ASRS

Report

• Electronic

• Print and Mail

Database Online

ASRS

Publications

Program

Information

Immunity

Policies

L Connell 9/10

ASRS Database Online

(DBOL)

System initiated

August 23, 2006

More online queries completed than in history of ASRS

New data export capability

Excel

MS spreadsheet

CSV

(comma separated value)

For all other analysis and database programs

Full Narrative,

Synopsis

L Connell 9/10

Incident Reporting Model

L Connell 9/10

Data Exploration Tools

ASRS

Data Query

BRIO

ASRS Database Query

Data Mining

QUORUM/Perilog

Vivisimo

Data Visualization

InSPIRE

Starlight

Other

Voquette

Experimental Software

L Connell 9/10

ASRS Model Applied to

Aviation & Other Domains

L Connell 9/10

ASRS Model Applied to

International Aviation

National and International Reputation

ASRS Recognized Model for Proactive Contribution to

Safety & Risk Management Process

Int’l Confidential Aviation Safety Systems (ICASS)

Includes 13 countries modeled after ASRS

US

UK

Australia

Canada

Russia

Taiwan

France

Korea

Japan

Brazil

China

Singapore

Spain

L Connell 9/10

International Confidential

Aviation Safety Systems (ICASS)

United States

ASRS (1976)

United Kingdom

CHIRP (1982)

Canada

CASRP (1985)

SECURITAS (1995)

France

REC (1999)

Germany

EUCARE

Spain

SNS (2007)

Russia

VASRP (1992)

South Korea

KAIRS (2000)

China

SCASS (2004)

Japan

ASI-NET (1999)

Taiwan

TACARE (2000)

Brazil

RCSV (1997)

Singapore

SINCAIR (2004)

South Africa

SASCO

Australia

CAIRS (1988)

REPCON (2006)

New Zealand

ICARUS

L Connell 9/10

ASRS Model Applied to

Other Domains

Patient Safety Reporting System (PSRS)

Dept of Veterans Affairs requested that NASA develop a medical reporting system modeled after the ASRS with external, independent, voluntary, confidential, & non-punitive features

FAA and NASA were highlighted in the Institute of Medicine (IOM) report,

“To Err is Human” in 2000 which was launched nationwide concerning patient safety efforts.

Confidential Close Call Reporting System (C3RS)

Railroad Safety Reporting System was modeled after ASRS

Under development at NASA ASRS through collaboration with Federal Rail

Administration and Volpe National Transportation System Center

Firefighters Near Miss Reporting System

Launched August, 2005 was modeled after ASRS

Development Task Force included FAA and NASA ASRS

L Connell 9/10

See It. Report It.

Make a Difference.

Confidential Reporting in the U.S Railroad Industry

Unique Aspects of ASRS

Confidential Reporting Model

System-Wide Perspective - capability to identify hazards identified by aviation personnel and match reports from all segments of aviation community

ASRS was catalyst for recent FAA focus on Teterboro Departures

System-Wide Alerting - both national and international capability to provide ASRS Alert Messages to industry and government

Data Processing through Aviation Expert Analysts

ASRS Office staff include Aviation Expert Analysts with a combined total of 380 years of experience in aviation (air carrier pilots, corporate pilots, general aviation pilots, air traffic control, and maintenance)

Experts read and review 100% of reports and reliably code information to databases

Comprehensive and Time Tested Coding Taxonomy

Fixed Field Codes combined with Narrative Text yields qualitative data for further secondary analysis techniques (Perilog, special studies, focused analytic techniques, etc)

L Connell 9/10

Unique Aspects of ASRS

Confidential Reporting Model

Strong Immunity and Legal Provisions

Federal Law specifically addressing ASRS (14 CFR 91.25)

FAA Advisory Circular 00-46D

ASRS Mandated by Congress in 1980’s

Information Sharing

• Database Search Requests, Database Publically Available, Topical

Studies, Structured Telephone Callback Studies, Collaborations with Industry and Gov’t (FAA, NTSB, NASA, TSA, etc.)

• Largest source of airline ASAP data collected in central location

National and International Reputation

ASRS Recognized Model for Proactive Contribution to Safety

Process

ASRS Model Being Utilized by Other Domains for Safety

Improvements

L Connell 9/10

SUMMARY

WHY CONFIDENTIAL REPORTING WORKS

• When organizations want to learn more about the occurrence of events, the best approach is simply to ask those involved.

• People are generally willing to share their knowledge if they are assured:

• Their identities will remain protected

• There is no disciplinary or legal consequences

• A properly constructed confidential , voluntary , non-punitive reporting system can be used by any person to safely share information

L Connell 9/10

SUMMARY

Confidential reporting systems have the means to answer the question why?

– why a system failed why a human erred

L Connell 9/10

Contact Information:

Linda Connell, NASA ASRS Director

Linda.J.Connell@nasa.gov

(408) 541-2827

Website: http://asrs.arc.nasa.gov

L Connell 9/10

Download