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Safety by Design Initiatives at AHRQ

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Title: Safety by Design Initiatives at AHRQ


1
Safety by DesignInitiatives at AHRQ
  • Kerm Henriksen
  • Sandi Isaacson
  • Catherine Hinz

2
Three Objectives
  • Describe AHRQs involvement in safety by design
  • Provide some examples of safety by design in the
    hospital environment
  • Show DVD on how design of the hospital
    environment can have a a transforming effect
  • Evelina Childrens Hospital South London

3
Crossing the Quality ChasmDesigning in Safety
and Quality
  • Current 250 billion building boom in US in new
    hospital construction
  • Design has a direct impact on patients, families
    providers
  • Emerging evidence base from past two decades
    affirms that safety quality can be designed
    into construction of new facilities.
  • Ulrich et al. 2004
  • First we shape our buildings, and then
  • our buildings shape us. - Winston Churchill

4
AHRQs Involvement in Safety by Design
  • Informal cross-center workgroup
  • Georgia Tech Small Conference Grant
  • HIT grant to St. Josephs Community Hospital
  • Mistake-Proofing with Dr. John Grout
  • QSHC Safety by Design Supplement
  • Blueprint for Change Podcast with Dr. Clancy
  • AHRQ Presentation Role of Physical Environment
  • Transforming Hospitals by Design DVD
  • Articles in press

5
Quality Safety in Health Care Safety by
Design
Rather than continuing to try to measure the
width and depth of the quality chasm . . . . .
how does one actually begin to close the quality
chasm? One way to think about the problem is as
a design challenge rather than as a quality
improvement challenge. It is time to move from
reactive measurement to a more proactive use of
proven design methods, and to involve a number of
professions outside health care so that we can
design out system failure and design in quality
of care. Battles, Dec. 2006
6
Quality Safety in Health Care Safety by
Design
  • Supplement includes articles on design of
  • High reliability organizations (HROs)
  • Clinical microsystems
  • Training initiatives
  • Clinical work processes
  • Healthcare worker performance
  • System latent conditions
  • Healthcare software usability

7
No Environment is Neutral
  • The design of facilities,
  • work processes, technology,
  • and organizations impact one
  • another as well as providers
  • patients, and their families.
  • Either positively or negatively,
  • the design will exert its
  • impact.

8
Evidence-Based Design (EBD)
  • In parallel with evidence-based medicine, EBD
    uses the best available information from credible
    research
  • Utilizes findings expertise from architecture,
    health design, clinical work processes, HIT,
    human factors ergonomics, industrial system
    engineering, environmental psychology
    organizational theory
  • Employs function task analyses, failure mode
    effects analyses, learning labs for design teams,
    mock-ups, modeling, simulations, iterative
    testing evaluation, usability testing, and
    operational try-outs in addition to experimental
    designs

9
Evidence Based Design (EBD)
  • Build Single Patient Rooms
  • Reduce Noise
  • Incorporate Nature
  • Improve Air Quality
  • Encourage Hand Hygiene
  • Improve Way-finding
  • Reduce Walking Distance

10
Small Conference Grant to Georgia Tech
Healthcare Environments Research Summit
2006 http//hcdesign.coa.gatech.edu 
Summit focused on 1. High priority research
directions 2. Research to application
pipelines 3. Call to action near mid-term
goals
11
Design Principles at St. Josephs Community
Hospital in West Bend, WI
  • Patient to Staff Visibility
  • Standardization
  • New Technology
  • Noise Reduction
  • Quick Access to Information
  • Involve Patients with Care
  • Scalability Adaptability
  • Minimize Fatigue
  • Design for Precarious Events
  • Minimize Patient Transfers/Handoffs

12
Evidence Based Design DVD
Transforming Hospitals Three Case Studies DVD
examines three hospitals that have incorporated
evidence-based design in renovations or initial
construction Release Date October 2007
13
Physical Environment
  • Facility design layout
  • Lighting
  • Noise
  • Temperature humidity
  • Vibration
  • Air flow
  • Contamination pollutants
  • Workplace hazards
  • Safety features
  • Security features
  • Signage way-finding
  • Workstation ergonomics
  • Special user group requirements equipment

14
Acuity Adaptable RoomsBringing different levels
of acute care to the patient
  • Operationalizes concept of patient-centeredness
  • ICU capable headwall
  • Sink for hand hygiene
  • Adjacent nurse work station
  • LCD Window Observation
  • Flat Screen Monitoring
  • Family Accommodation
  • Patient Education

15
Use of Natural Full Spectrum Lighting
  • Helps reduce depression
  • Restores disrupted circadian rhythms
  • Less perceived stress, pain, use of analgesic
    medication
  • Shorter length of stay
  • Ulrich, Quan, Zimring, Joseph Choundhary,
    2004

16
Reduce Noise Levels
  • Install sound-absorbing ceiling tiles/wall panels
  • Treat hallways to reduce equipment sounds
  • Decentralize nursing stations
  • Eliminate overhead paging systems
  • Evaluate alarm appropriateness
  • Mask noxious sounds with pleasant sounds
  • Establish quiet zones interrupt-free zones
  • Build single-patient rooms

17
Wayfindingaah . . .which way do I go . . . . .
Ill just sit here.
  • Are entrances and exits obvious?
  • Are directional signs used appropriately at
    intersections?
  • Is the visual environment free of clutter?
  • Do icons clearly convey intended meaning?
  • Do you are here maps also show where users want
    to go?
  • Are floor and room number schemes easy to
    understand?
  • Is terminology used on signage plain and simple?

18
Expected Benefits Using EBD
  • Safer environment for patients providers
  • Improved work processes flow
  • Greater standardization for efficiency
  • Electronic access to medical records
  • Improved hand hygiene
  • Single bed rooms to reduce HAI
  • Better air filtration systems
  • Mistake proofing for devices
  • Improved patient lifts handling
  • Kinder working conditions
  • Improved transitions of care
  • Prevention of falls
  • Shorter wait times
  • Adjustable lighting
  • Noise reduction
  • Improved signage way-finding
  • Shorter healing recovery time
  • Better family/ visitor accommodation

19
A New Way of Thinking forHealth Services
Researchers
  • Focuses on quality safety before hospital is
    built rather than later as an after-thought
    eliminates adoption problem
  • Achieves maximum leverage by informing capitol
    budget decision- making rather than limited
    operating budgets
  • Reaps daily savings in terms of safety,
    effectiveness efficiency that accrue for
    decades decades
  • Hospital building boom is on national radar
    screen now is the time to be involved.

20
Evidence Based Design Sources
  • The Role of the Physical Environment in the
    Hospital of the 21st Century A
    Once-in-a-Lifetime Opportunity (Center for
    Health Design)
  • Improving Healthcare with Better Building Design
    (Center for Health Design)
  • Planning, Design, and Construction of Health Care
    Facilities (Joint Commission Resources)
  • Guidelines for Design and Construction of
    Hospital and Healthcare Facilities (The American
    Institute for Architects)
  • Enhancing the Traditional Hospital Design
    Process A Focus on Patient Safety (Joint
    Commission Journal on Quality and Safety)
  • Play video

21
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