beth israel deaconess medical center (bidmc): an … · 2020. 3. 18. · analysis results available...

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Beth Israel Deaconess Medical Center (BIDMC): An Implementation Plan for a Real-Time Data Processing System Problem Statement Scope Real-Time Specimen Tracking Dashboard Sample collected Transport to L ab Control Lab Control Processing Chemistry Pre-Testing Chemistry Testing Chemistry Analysis Results Available Ex p ected sp ecimen v o lu me Jan.25, 2017 ¾ BIDMC is one of the leading hospitals in the U.S. based on quality, safety, and access ¾ BIDMC has recently made an investment to better enable real-time data availability Methodology Analysis and Findings Pilot Recommendation: Chemistry Implementation Plan ¾ Identify specific use cases for real-time data that can improve operational efficiency and the patient experience ¾ Evaluate operational processes to identify the best candidate for a pilot, as well as the optimal implementation sequence Background Interview key services and experts Assess data challenges and needs Analytical Framework Acknowledgement Faculty Mentor: Anne Quaadgras IMPACT READINESS Operational Efficiency Patient Experience Technical Feasibility Political & Cultural Recommend a pilot program Interview experts and stakeholders Develop an implementation plan H-Lab 2016: Retsef Levi Pathology Chemistry Anatomic Pathology Microbiology Phlebotomy Blood Bank/ Stem Cell Non-Pathology Admitting Transport Radiology Assessment of Impact and Readiness Proposed Real-time Dashboard Solution Implementation Sequence Benefits of Real-Time Data System ¾ Better resource allocation ¾ Greater visibility into bottlenecks and inefficiencies ¾ Faster work processes ¾ Improved communication and coordination ¾ Reduced patient wait times Eric Parks EMBA 2017 Miguel Garrido MBA 2017 Shijie Zhao PhD 2018 Team F(x) = IMPACT READINESS Operational Efficiency Patient Experience + + Technical Cultural/ Political + = Value-add of real-time data Patient satisfacti on PATHOLOGY * RADIOLOGY ADMITTING High Medium High High Low Medium Medium High Medium Medium Medium High Medium Medium High High Medium Medium Medium Medium CHEMISTRY REST OF PATHOLOGY NON-PATHOLOGY SERVICES CHEMISTRY 1 RADIOLOGY TRANSPORT ADMITTING 6 7 8 Sample collected Transport to Lab Control Lab Control Processing Chemistry Pre-Testing Chemistry Testing Chemistry Analysis Results Available Value-add of Real-Time Data = Host Organization: BIDMC (Boston, MA)

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Page 1: Beth Israel Deaconess Medical Center (BIDMC): An … · 2020. 3. 18. · Analysis Results Available Expected specimen volume Jan.25,2017 ¾BIDMC is one of the leading hospitals in

Beth Israel Deaconess Medical Center (BIDMC): An Implementation Plan

for a Real-Time Data Processing System Problem Statement Scope

Real-Time Specimen Tracking Dashboard

Sample collected

Transport to Lab Control

Lab Control Processing

Chemistry Pre-Testing

Chemistry Testing

Chemistry Analysis

Results Available

Expected specimen volumeJan. 25, 2017

¾ BIDMC is one of the leading hospitals in the U.S. based on quality, safety, and access

¾ BIDMC has recently made an investment to better enable real-time data availability

Methodology

Analysis and Findings Pilot Recommendation: Chemistry

Implementation Plan

¾ Identify specific use cases for real-time data that can improve operational efficiency and the patient experience

¾ Evaluate operational processes to identify the best candidate for a pilot, as well as the optimal implementation sequence

Background

Interview key services and experts

Assess data challenges and needs

Analytical Framework

Acknowledgement Faculty Mentor: Anne Quaadgras

IMPACT READINESS

Operational Efficiency

Patient Experience

Technical Feasibility

Political & Cultural Recommend a

pilot program

Interview experts and stakeholders

Develop an implementation

plan

H-Lab 2016: Retsef Levi

Pathology

Chemistry Anatomic Pathology

Microbiology Phlebotomy Blood Bank/Stem Cell

Non-Pathology

Admitting TransportRadiology

Assessment of Impact and Readiness

Proposed Real-time Dashboard Solution Implementation Sequence

Benefits of Real-Time Data System ¾ Better resource allocation ¾ Greater visibility into bottlenecks and inefficiencies ¾ Faster work processes ¾ Improved communication and coordination ¾ Reduced patient wait times

Eric Parks EMBA 2017

Miguel Garrido MBA 2017

Shijie Zhao PhD 2018

Team

F(x) =

IMPACT READINESS

Operational Efficiency

Patient Experience+ + Technical Cultural/

Political+ = Value-add of real- time data

Patient satisfactionPATHOLOGY

*

RADIOLOGY

ADMITTING

High Medium

High

High

Low

MediumMedium

High Medium Medium Medium

High Medium

Medium

HighHigh

MediumMedium Medium

Medium

CHEMISTRY REST OF PATHOLOGY

NON-PATHOLOGY SERVICES

CHEMISTRY

1RADIOLOGY

TRANSPORT

ADMITTING

6 7

8

Sample collected

Transport to Lab Control

Lab Control Processing

Chemistry Pre-Testing

Chemistry Testing

Chemistry Analysis

Results Available

Value-add of

Real-Time Data

=

Host Organization: BIDMC (Boston, MA)