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Windscale U.K., 1957

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Poor plant design & procedures prompted safety case regime ... Pedometer. Blood- pressure. Cuff. Cholesterol. Monitor. Medication. Tracking. Sensor. networks ... – PowerPoint PPT presentation

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Title: Windscale U.K., 1957


1
Windscale (U.K.), 1957
  • Fire in reactor 1 resulted in radiation
    discharge.
  • Improper fire-fighting caused 2nd discharge.
  • 32 deaths, 260 cancer cases from radiation.
  • Poor plant design procedures prompted safety
    case regime for nuclear industry.

Windscale reactors 1 2 circa 1950
1
2
Flixborough (U.K.), 1974
  • Explosion at chemical plant following pipe
    rupture (maint. error)
  • 28 killed, 36 injured
  • Rupture attributed to nearby fire
  • Incident prompted safety case regime for chemical
    industry

Damage to the plant after the explosion
3
Piper Alpha (U.K.), 1988
  • Gas explosion subsequent oil fire at offshore
    drill
  • 167 killed, 62 rescued
  • Maintenance errors, poor evacuation cited
  • Cullen report established ALARP
  • Safety case regulations introduced for off-shore
    industry 1992

Piper Alpha rig ablaze after the explosion
4
Clapham (U.K.), 1988
  • Signal failure causes three commuter trains to
    collide.
  • 35 killed, 100 injured
  • Maintenance introduced wiring fault in signal
    box.
  • Public enquiry
  • Railway safety case regulations introduced in 1994

Wreckage from the 3-train collision
5
Implementation of Policy requires the
implementation of standards !
As few as possible... Globally....
6
Standards
  • Terminology
  • Drug Database
  • Definitions Allergy Current Medication for
    example
  • Messaging
  • Logical Architecture / Archetypes
  • User interface design
  • Knowledge and Knowledge Authorship
  • Device Interoperability
  • How many times does this need to be invented
    globally ?

7
Design challenges - 5 clinical needs
Clinicians needs
7
8
  • Pay close attention to the real user requirements
  • Citizens
  • Professionals
  • Patients

9
Hardware solutions fit for purpose working with
Industry..
  • Solutions that meet complex requirements for
    clinicians
  • Readily portable
  • Display complex patient information
  • Available all the time
  • Cleanable
  • Wireless communications
  • Supports emerging health technologies
  • Camera
  • RFID / Barcode reader
  • Successful Acute Pilot Nursing / Phlebotomy
  • Successful Community Pilot Nursing / Social
    Work
  • Ongoing evaluations

7
10
Clinical architecture design challenges
Culture changes are required Healthcare
professionals need new skills
11
Prevention is better
  • Diseases prevented by Primary and Secondary
    Immunisations
  • Chronic disease
  • Genetic therapy
  • Hospital acquired infection
  • Litigation costs
  • All require a full multidisciplinary record
    contributed to by everyone involved including a
    vibrant Secondary Uses Service

12
Design challenges knowledge into personalised
care
13
Connected Care The new challenge
14
In order to achieve consistent high quality care
in chronic disease
Standards Culture Safety / Clinical Utility /
Quality Common User Interface as a
catalyst Knowledge as a catalyst Healthcare
Acquired Infection as a catalyst Readiness for
demographic and disease challenges Assistive
Technology Integrated Research and Evaluation
15
Before 2015.?
  • No paper records
  • Clinicians using records
  • Patients contributing to the same records
  • Consent to share
  • Genomic and other omic data
  • Knowledge Authorship
  • Decision support
  • Knowledge support
  • Profession and Citizen
  • Active Patient Partners
  • All images
  • Automated prompts and warnings
  • Wellness as well as sickness addressed
  • Background data mining
  • Feedback of research and evaluation into the
    service

16
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