The document is about kitchen design and installation projects written by Marcela I. Campos-Flores. It discusses kitchen design, final projects, and the installation process. The author's name, Marcela I. Campos-Flores, is repeated throughout the document.
This document provides an overview of pharmacy operations and medication safety. It introduces the typical workflow in a pharmacy, including receiving prescriptions, order entry, filling and labeling, delivery, and monitoring. It identifies areas where errors can occur at each step and recommends practices to prevent errors, such as verifying patient information, drug information, and proper communication of orders. The document also discusses pharmacist review of orders and products, compounding techniques, drug information resources, and applying basic science knowledge to clinical examples of IV fluids and antacids.
Modelling workflow processes for clinical information systems: impact on deci...Phil Gooch
This document summarizes a seminar on modeling clinical workflow processes and their impact on decision support and healthcare outcomes. It defines key concepts like workflows, guidelines, pathways and decision support systems. It reviews evidence that integrating these components into process-oriented systems can improve practitioner performance and the process of care, but more research is needed on their impact on patient outcomes. Challenges include adapting idealized workflows to actual practice and providing dynamic support within collaborative clinical work.
At Phase2, we do things a little differently when it comes to design. While many teams are stuck in the “design first, develop second, theme last” way of doing things, we link our multidisciplinary teams together by a common vehicle: design systems. Each piece of the system, including our prototyping tools, live within the platform, allowing us to integrate processes like creative design, prototyping, front-end methodology, and implementation. We call this “The New Design Workflow.”
This session will feature a panel of Phase2’s most experienced designers and front-end devs for an inside look at our best practices, tips and tricks. Plus, hear us weigh in how Drupal 8 will interface with your favorite front-end tools like PatternLab.
Planning the implementation of an EMR or EHR, then you need to understand the basics of defining your clinical workflow. This presentation was made at a variety of medical conferences
Food sanitation is more than just cleanliness. It included all practices involved in protecting food from risk of contamination, harmful bacteria, poisons and foreign bodies, preventing any bacteria from multiplying to an extent which would result in an illness of consumers; and destroying any harmful bacteria in the food by thorough cooking or processing.
The document discusses strategies for optimizing health care workflow processes through process redesign. It identifies 27 strategies for improving efficiency, such as automation, centralization, control addition, and task elimination. Specific examples of how each strategy could be applied in a health care clinic setting are provided, such as using computer systems to automate prescription refills, centralizing phone call handling, and eliminating redundant tasks through automation. The overall goals of process redesign are improving quality of care, enhancing patient experience, reducing costs, and making clinic workflows more efficient.
The document discusses process redesign in healthcare. It covers goals of process redesign like improving quality, safety and patient experience while decreasing costs. Various redesign strategies are presented such as automation, centralization, control addition/relocation, exception handling, outsourcing, parallelism and task elimination to make processes more efficient. The goal is to remove unnecessary work and hand-offs through techniques like these.
This document discusses facilitating meetings to make implementation decisions regarding workflow process analysis and redesign. It provides guidance on key elements for successful meetings, including involving key personnel who can develop solutions and commitment for implementation. The roles and logistics of planning meetings are covered, with examples of agenda topics. The document stresses the importance of documenting decisions made and next steps agreed upon during the wrap-up debriefing.
Systems Design and Workflow
Consider a clinical process or task that you perform on a frequent basis. Do you do it the same every time? Why do you proceed the way you do? Habit? Protocol? Each day nurses complete certain tasks that are considered routine, but have you ever stopped to reflect on why things are done the way they are? Perhaps you have noticed areas where there is a duplication of efforts or an inefficient use of time. Other tasks might pass seamlessly from person to person. In order to design the most efficient flow of work through an organization, it is useful to understand workflow and the ways it can be structured for the most optimal use of time and resources.
Creating a Flowchart
Workflow analysis aims to determine workflow patterns that maximize the effective use of resources and minimize activities that do not add value. There are a variety of tools that can be used to analyze the workflow of processes and clarify potential avenues for eliminating waste. Flowcharts are a basic and commonly used workflow analysis method that can help highlight areas in need of streamlining.
In this Assignment, you select a common event that occurs regularly in your organization and create a flowchart representing the workflow. You analyze the process you have diagrammed and propose changes for improvement.
To prepare:
· Identify a common, simple event that frequently occurs in your organization that you would like to evaluate.
· Consider how you would design a flowchart to represent the current workflow.
· Consider what metrics you would use to determine the effectiveness of the current workflow and identify areas of waste.
To complete:
Write a 3- to 5-page paper which includes the following:
· Create a simple flowchart of the activity you selected. (Review the Sample Workflow of Answering a Telephone in an Office document found in this week’s Learning Resources for an example.)
· Next, in your paper:
o Explain the process you have diagrammed.
o For each step or decision point in the process, identify the following:
§ Who does this step? (It can be several people.)
§ What technology is used?
§ What policies and rules are involved in determining how, when, why, or where the step is executed?
§ What information is needed for the execution of this step?
o Describe the metric that is currently used to measure the soundness of the workflow. Is it effective?
o Describe any areas where improvements could occur and propose changes that could bring about these improvements in the workflow.
o Summarize why it is important to be aware of the flow of an activity.
Learning Resources
Required Readings
McGonigle, D., & Mastrian, K. G. (2015).
Nursing informatics and the foundation of knowledge
(3rd ed.). Burlington, MA: Jones and Bartlett Learning.
Chapter 14, “Nursing Informatics: Improving Workflow .
This document discusses redesigning the healthcare system and the role of computerized physician order entry (CPOE) in improving care delivery. It summarizes reports from the Institute of Medicine that found the current system is fragmented, lacks information sharing, and is not designed for chronic care management. The reports outlined 10 rules for redesign, including continuous healing relationships, customization based on patient needs/values, and transparency. Traditional CPOE focused on reducing medication errors but modern CPOE aims to integrate evidence-based order sets and clinical decision support tools to improve outcomes. The document examines problems with manual ordering and outlines how CPOE, when combined with workflow redesign and decision support, can help address issues like wasted time
This document discusses the importance of workflow analysis and redesign when implementing new health technologies. It outlines the key steps in the workflow redesign process, including building an interdisciplinary team, analyzing the current workflow, identifying waste and non-value-added activities, designing an optimal future workflow, managing the change process, and evaluating metrics to measure results. Nursing informatics professionals play a critical role in workflow redesign to help ensure technologies meet clinical needs and improve patient outcomes and safety.
A knowledge based collaborative model for the rapid integration of platforms,...paulkfenton
Presentation given at DIA EDM meeting in Washington DC in February 2010.
Presentation introduces the notions of BPM and BI for the life sciences industry.
This lecture discusses process redesign for health care workflows using electronic health records (EHRs). It covers human-centered design principles and how aspects of clinical workflow can be improved by integrating EHRs. Key factors discussed that impact workflow include clinical decision support, physical layout of facilities, and system interfaces. The lecture emphasizes considering the perspectives of patients, providers and staff when redesigning processes and aligning any changes with organizational structures and information flows.
This document summarizes strategies for clinician adoption after an EHR go-live presented by Dr. Justin Graham. It recommends embedding HIT into organizational strategy, evolving governance from projects to operations, having realistic EHR expectations, setting virtuous workflow cycles, preparing for requests, learning informatics team management, and keeping vision and momentum. Culture change takes time and an engaged clinical leader, informatics team, and communication plan are important for adoption.
Successful Project Management 7th Edition – Ebook PDF Versioncoavaselyahu
Successful Project Management 7th Edition – Ebook PDF Version
Successful Project Management 7th Edition – Ebook PDF Version
Successful Project Management 7th Edition – Ebook PDF Version
Develop a project plan including project management knowledge areas in.docxsdfghj21
The document discusses criteria for evaluating an electronic health record system across three stages:
1) Stage 1 criteria include the ability to electronically transmit lab test orders and results, pharmacy orders, and diagnoses to clinicians.
2) Stage 2 criteria include having a single clinical data repository where clinicians can access and view all patient details such as orders, results, and assessments.
3) Stage 3 criteria include supporting online nursing documentation of admissions, assessments, tasks, notifications, and reminders. The documentation should be systematically retrievable without external software.
Develop a project plan including project management knowledge areas in.docx4934bk
The document discusses criteria for evaluating an electronic health record system across three stages:
1) Stage 1 criteria include the ability to electronically transmit lab test orders and results, pharmacy orders, and diagnoses to clinicians.
2) Stage 2 criteria include having a single clinical data repository where clinicians can access and view all patient details such as orders, results, and assessments.
3) Stage 3 criteria include supporting all online nursing documentation, including admissions, tasks, assessments, notifications, and reminders. The system should be able to reconcile and systematically retrieve documentation without external software.
The document discusses best practices for healthcare project management. It outlines a typical project management plan consisting of four phases (P0-P3): project initiation, project planning, project execution, and project closure. Each phase has key tasks and mandatory/recommended documentation. Challenges are analyzed for each phase regarding technology, organization, timing and finances. Change management and six sigma approaches are also summarized. The overall goal is to ensure project success by meeting objectives, timelines and budgets through professional planning and management.
Extracting Actionable Intelligence from Clinical Trialstevinp
This document discusses improving clinical trial management through breaking down organizational and data silos. It recommends taking a holistic business process management approach to map processes, identify metrics and KPIs, integrate data sources and re-engineer workflows. An example is provided of using SharePoint to automate an IMP shipment authorization process through integrated forms, workflows and dashboards. This helps provide end-to-end visibility of operations and accelerate decision making.
This document discusses health IT project management and implementation. It notes that 50-80% of electronic health record projects fail, especially larger projects. Reasons for failure include poorly defined goals, lack of stakeholder support, and lack of incentives. Standards-based project management is recommended, including defining goals and resources, analyzing workflows, and establishing a project plan and timeline. Measuring return on investment through defined metrics is important for determining success.
This document discusses process redesign in healthcare settings through the use of health information technology. It begins by setting learning objectives around proposing process redesign strategies in healthcare to improve patient safety and efficiency. It then provides an overview of common software functions like practice management systems, laboratory information systems, imaging systems, and patient portals. Examples of workflows between these systems and electronic health records are described. The document concludes by presenting a scenario of a clinic seeking to implement an electronic health record and redesign its processes, asking questions about recommendations.
Enterprise systems in healthcare: leveraging what we know from other industr...CONFENIS 2012
Dr. Carol Brown - distinguished professor at Stevens Institute of Technology , The Howe School of Technology Management
enterprise systems in healthcare: leveraging what we know from other industries
Solitary Pulmonary Nodule: Diagnosis and Management (Fleischner Society Update)Dr. Aryan (Anish Dhakal)
SPN is defined as a discrete, well-defined, marginated, rounded opacity less than or equal to 3 cm in diameter that is completely surrounded by the lung parenchyma, does not touch the hilum or mediastinum, and is not associated with adenopathy, atelectasis or pleural effusion.
Radiographically,
Lesion ≤3 cm: Nodule.
Lesion >3 cm: Mass.
"No Health without Oral Health"- Oral Health on the Global RadarWeam Banjar
This presentation was delivered as part of IADR-Saudi Arabia section educational activities. It shed light on the global movement that reflect on political commitment to oral health and the need to integrate oral health into healthcare system
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The document discusses strategies for optimizing health care workflow processes through process redesign. It identifies 27 strategies for improving efficiency, such as automation, centralization, control addition, and task elimination. Specific examples of how each strategy could be applied in a health care clinic setting are provided, such as using computer systems to automate prescription refills, centralizing phone call handling, and eliminating redundant tasks through automation. The overall goals of process redesign are improving quality of care, enhancing patient experience, reducing costs, and making clinic workflows more efficient.
The document discusses process redesign in healthcare. It covers goals of process redesign like improving quality, safety and patient experience while decreasing costs. Various redesign strategies are presented such as automation, centralization, control addition/relocation, exception handling, outsourcing, parallelism and task elimination to make processes more efficient. The goal is to remove unnecessary work and hand-offs through techniques like these.
This document discusses facilitating meetings to make implementation decisions regarding workflow process analysis and redesign. It provides guidance on key elements for successful meetings, including involving key personnel who can develop solutions and commitment for implementation. The roles and logistics of planning meetings are covered, with examples of agenda topics. The document stresses the importance of documenting decisions made and next steps agreed upon during the wrap-up debriefing.
Systems Design and Workflow
Consider a clinical process or task that you perform on a frequent basis. Do you do it the same every time? Why do you proceed the way you do? Habit? Protocol? Each day nurses complete certain tasks that are considered routine, but have you ever stopped to reflect on why things are done the way they are? Perhaps you have noticed areas where there is a duplication of efforts or an inefficient use of time. Other tasks might pass seamlessly from person to person. In order to design the most efficient flow of work through an organization, it is useful to understand workflow and the ways it can be structured for the most optimal use of time and resources.
Creating a Flowchart
Workflow analysis aims to determine workflow patterns that maximize the effective use of resources and minimize activities that do not add value. There are a variety of tools that can be used to analyze the workflow of processes and clarify potential avenues for eliminating waste. Flowcharts are a basic and commonly used workflow analysis method that can help highlight areas in need of streamlining.
In this Assignment, you select a common event that occurs regularly in your organization and create a flowchart representing the workflow. You analyze the process you have diagrammed and propose changes for improvement.
To prepare:
· Identify a common, simple event that frequently occurs in your organization that you would like to evaluate.
· Consider how you would design a flowchart to represent the current workflow.
· Consider what metrics you would use to determine the effectiveness of the current workflow and identify areas of waste.
To complete:
Write a 3- to 5-page paper which includes the following:
· Create a simple flowchart of the activity you selected. (Review the Sample Workflow of Answering a Telephone in an Office document found in this week’s Learning Resources for an example.)
· Next, in your paper:
o Explain the process you have diagrammed.
o For each step or decision point in the process, identify the following:
§ Who does this step? (It can be several people.)
§ What technology is used?
§ What policies and rules are involved in determining how, when, why, or where the step is executed?
§ What information is needed for the execution of this step?
o Describe the metric that is currently used to measure the soundness of the workflow. Is it effective?
o Describe any areas where improvements could occur and propose changes that could bring about these improvements in the workflow.
o Summarize why it is important to be aware of the flow of an activity.
Learning Resources
Required Readings
McGonigle, D., & Mastrian, K. G. (2015).
Nursing informatics and the foundation of knowledge
(3rd ed.). Burlington, MA: Jones and Bartlett Learning.
Chapter 14, “Nursing Informatics: Improving Workflow .
This document discusses redesigning the healthcare system and the role of computerized physician order entry (CPOE) in improving care delivery. It summarizes reports from the Institute of Medicine that found the current system is fragmented, lacks information sharing, and is not designed for chronic care management. The reports outlined 10 rules for redesign, including continuous healing relationships, customization based on patient needs/values, and transparency. Traditional CPOE focused on reducing medication errors but modern CPOE aims to integrate evidence-based order sets and clinical decision support tools to improve outcomes. The document examines problems with manual ordering and outlines how CPOE, when combined with workflow redesign and decision support, can help address issues like wasted time
This document discusses the importance of workflow analysis and redesign when implementing new health technologies. It outlines the key steps in the workflow redesign process, including building an interdisciplinary team, analyzing the current workflow, identifying waste and non-value-added activities, designing an optimal future workflow, managing the change process, and evaluating metrics to measure results. Nursing informatics professionals play a critical role in workflow redesign to help ensure technologies meet clinical needs and improve patient outcomes and safety.
A knowledge based collaborative model for the rapid integration of platforms,...paulkfenton
Presentation given at DIA EDM meeting in Washington DC in February 2010.
Presentation introduces the notions of BPM and BI for the life sciences industry.
This lecture discusses process redesign for health care workflows using electronic health records (EHRs). It covers human-centered design principles and how aspects of clinical workflow can be improved by integrating EHRs. Key factors discussed that impact workflow include clinical decision support, physical layout of facilities, and system interfaces. The lecture emphasizes considering the perspectives of patients, providers and staff when redesigning processes and aligning any changes with organizational structures and information flows.
This document summarizes strategies for clinician adoption after an EHR go-live presented by Dr. Justin Graham. It recommends embedding HIT into organizational strategy, evolving governance from projects to operations, having realistic EHR expectations, setting virtuous workflow cycles, preparing for requests, learning informatics team management, and keeping vision and momentum. Culture change takes time and an engaged clinical leader, informatics team, and communication plan are important for adoption.
Successful Project Management 7th Edition – Ebook PDF Versioncoavaselyahu
Successful Project Management 7th Edition – Ebook PDF Version
Successful Project Management 7th Edition – Ebook PDF Version
Successful Project Management 7th Edition – Ebook PDF Version
Develop a project plan including project management knowledge areas in.docxsdfghj21
The document discusses criteria for evaluating an electronic health record system across three stages:
1) Stage 1 criteria include the ability to electronically transmit lab test orders and results, pharmacy orders, and diagnoses to clinicians.
2) Stage 2 criteria include having a single clinical data repository where clinicians can access and view all patient details such as orders, results, and assessments.
3) Stage 3 criteria include supporting online nursing documentation of admissions, assessments, tasks, notifications, and reminders. The documentation should be systematically retrievable without external software.
Develop a project plan including project management knowledge areas in.docx4934bk
The document discusses criteria for evaluating an electronic health record system across three stages:
1) Stage 1 criteria include the ability to electronically transmit lab test orders and results, pharmacy orders, and diagnoses to clinicians.
2) Stage 2 criteria include having a single clinical data repository where clinicians can access and view all patient details such as orders, results, and assessments.
3) Stage 3 criteria include supporting all online nursing documentation, including admissions, tasks, assessments, notifications, and reminders. The system should be able to reconcile and systematically retrieve documentation without external software.
The document discusses best practices for healthcare project management. It outlines a typical project management plan consisting of four phases (P0-P3): project initiation, project planning, project execution, and project closure. Each phase has key tasks and mandatory/recommended documentation. Challenges are analyzed for each phase regarding technology, organization, timing and finances. Change management and six sigma approaches are also summarized. The overall goal is to ensure project success by meeting objectives, timelines and budgets through professional planning and management.
Extracting Actionable Intelligence from Clinical Trialstevinp
This document discusses improving clinical trial management through breaking down organizational and data silos. It recommends taking a holistic business process management approach to map processes, identify metrics and KPIs, integrate data sources and re-engineer workflows. An example is provided of using SharePoint to automate an IMP shipment authorization process through integrated forms, workflows and dashboards. This helps provide end-to-end visibility of operations and accelerate decision making.
This document discusses health IT project management and implementation. It notes that 50-80% of electronic health record projects fail, especially larger projects. Reasons for failure include poorly defined goals, lack of stakeholder support, and lack of incentives. Standards-based project management is recommended, including defining goals and resources, analyzing workflows, and establishing a project plan and timeline. Measuring return on investment through defined metrics is important for determining success.
This document discusses process redesign in healthcare settings through the use of health information technology. It begins by setting learning objectives around proposing process redesign strategies in healthcare to improve patient safety and efficiency. It then provides an overview of common software functions like practice management systems, laboratory information systems, imaging systems, and patient portals. Examples of workflows between these systems and electronic health records are described. The document concludes by presenting a scenario of a clinic seeking to implement an electronic health record and redesign its processes, asking questions about recommendations.
Enterprise systems in healthcare: leveraging what we know from other industr...CONFENIS 2012
Dr. Carol Brown - distinguished professor at Stevens Institute of Technology , The Howe School of Technology Management
enterprise systems in healthcare: leveraging what we know from other industries
Solitary Pulmonary Nodule: Diagnosis and Management (Fleischner Society Update)Dr. Aryan (Anish Dhakal)
SPN is defined as a discrete, well-defined, marginated, rounded opacity less than or equal to 3 cm in diameter that is completely surrounded by the lung parenchyma, does not touch the hilum or mediastinum, and is not associated with adenopathy, atelectasis or pleural effusion.
Radiographically,
Lesion ≤3 cm: Nodule.
Lesion >3 cm: Mass.
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.
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.
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FInvited lecture delivered vy Dr Sujoy Dasgupta on "Role of Antioxidants in Male Infertility" the East Zone VPCON, a national conference organized by the Bengal Obstetric and Gynaecological Society (BOGS) on 18 April, 2025. This session was supported by Akumentis.
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"Antioxidants" are specialised type of medicines which are basically supplements. These medicines can sometimes correct the damages to the cells occuring in our body.
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There are few stresses to which the body is exposed that even nearly approach the extreme stresses of heavy exercise. In fact, if some of the extremes of exercise were continued for even moderately prolonged periods, they might be lethal. Therefore, in the main, sports physiology is a discussion of the ultimate limits to which several of the bodily mechanisms can be stressed. To give one simple example: In a person who has extremely high fever approaching the level of lethality, the body metabolism increases to about 100 per cent above normal. By comparison, the metabolism of the body during a marathon race may increase to 2000 per cent above normal.
Female and Male Athletes Most of the quantitative data that are given for the young male athlete, not because it is desirable to know only these values but because it is only in male athletes that relatively complete measurements have been made. However, for those measurements that have been made in the female athlete, almost identical basic physiologic principles apply, except for quantitative differences caused by differences in body size, body composition, and the presence or absence of the male sex hormone testosterone.
In general, most quantitative values for women—such as muscle strength, pulmonary ventilation, and cardiac output, all of which are related mainly to the muscle mass—vary between two thirds and three quarters of the values recorded in men. When measured in terms of strength per square centimetre of cross-sectional area, the female muscle can achieve almost exactly the same maximal force of contraction as that of the male-between 3 and 4 kg/cm2. Therefore, most of the difference in total muscle performance lies in the extra percentage of the male body that is muscle, caused by endocrine differences that we discuss later.
The performance capabilities of the female versus the male athlete are illustrated by the relative running speeds for a marathon race. In a recent comparison, the top female performer had a running speed that was 11 per cent less than that of the top male performer. For other events, however, women have at times held records faster than men—for instance, for the two-way swim across the English Channel, where the availability of extra fat seems to be an advantage for heat insulation, buoyancy, and extra long-term energy.
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The female sex hormone estrogen probably also accounts for some of the difference between female and male performance, although not nearly so much as testosterone. Estrogen is known to increase the deposition of fat in the
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2. Jasmin Akter, Final year MBBS student, TMSS Medical College, Bangladesh
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Final presentation - workflow design and management
1. RECIPES FOR SUCCESS IN
CLINICAL WORKFLOW
MANAGEMENT
Andrea Hoffman, RN
R. Dirk Stanley, MD MPH
2. WHO WE ARE
Andrea Hoffman, RN – Nurse Informaticist who specializes in
clinical workflow design and informatics support. Design influences =
Masaharu Morimoto, Axel Erlandson, Satoshi Kurosaki
R. Dirk Stanley, MD MPH – Former CMIO and board-certified
clinical informaticist who specializes in clinical workflow design and
informatics development. Design influences = Lego, Ikea, Bauhaus, Jony
Ive, Linus Torvalds, Gordon Ramsey
3. WHAT WE DO
Promote education about front-line clinical informatics,
clinical decision support, patient safety, and good workflow
design
• Leverage common analogies as educational tools : Movies, food,
music, etc.
• “Turning marshmallows into Legos”
Passionate about developing gourmet workflows.
• If it looks and smells like french fries, people will eat them.
5. MAKING A GOOD MEAL
… You will always need five things :
A good chef
Great ingredients
A kitchen
A good recipe
Adequate time
6. MAKING A GOOD WORKFLOW
… You will always need five things :
A good chef (Informaticist(s))
Great ingredients (standards, archetypes, templates, and
documents)
A kitchen (archetype management, document management,
project management, project team, effective governance, and
resources)
A good recipe (identifying stakeholders, current state, future
state, project plan development)
Adequate time (execution of project plan)
7. TODAY’S MENU
1. THE CHEF
2. THE INGREDIENTS
3. THE RECIPE
4. THE KITCHEN
5. THE TIME
9. THE CHEF
What are Clinical Informaticists?
• Informatics = Broad, emerging field
• Patient, broad skill set, politically neutral, high tolerance for ambiguity
• HR Nomenclature challenges : “Workflow analyst”, “Clinical Systems
Engineer”, “Knowledge Engineer”, “Clinical Project Manager”, etc.
• FUTURE : Increasing formal training (certificates, boards, PMP)
• FUTURE : Increasing use of term “Informatics”
• FUTURE : Increasing embedded role in clinical areas (embedded
nurse/physician informaticists) as SMEs / change leaders / support
• FUTURE : Wider distribution of informatics skills and terminology
11. THE INGREDIENTS
To make a good meal, you need quality ingredients.
To have quality ingredients, you need standards!
• In baking = Flour, sugar, salt, kilograms, pounds, cups, degrees, minutes
• In Informatics = Policies, procedures, guidelines, orders, order sets, protocols,
clinical pathways, documentation, checklists, alerts, budgets
How to make a standard document = archetype development!
Archetypes should be designed so form serves function
• What is it called? And what does it do?
12. THE INGREDIENTS
1. Telephone Numbers = Tools to contact a person
2. Emails, Screen Savers, and Posters = Tools to help send a short
message
3. Schedules = Tools to show who is responsible at what date/time
4. Policies and Procedures = Tools to learn organizational standards and
how to achieve them (HELPFUL TIP : Procedures are workflows –
Or are they?)
5. Guidelines = Tools to help educate and guide staff towards a desirable
outcome
6. Documentation = Tools to record and transmit information
13. THE INGREDIENTS
7. Orders = Tools to document and transmit instructions to deliver care
8. Order Sets = Collections of orders used to standardize and expedite the
ordering process for a common clinical scenario
9. Clinical Pathways = Collections of order sets used to standardize care
for a common clinical condition
10. Alerts = Tools to help communicate and document a unique issue
11. Clinical Protocols = Tools to standardize and automate a clinical
process
12. Education Modules = Tools to help educate patients / staff
13. Dashboards / Reports = Tools to help measure or monitor something
14. Templates = Tools to help create a standardized document
14. THE INGREDIENTS
15. Wikis= Tools to organize information / links for a department
16. Committee Charters = Tools to assign a committee duties and
responsibilities
17. Committee Minutes = Tools to document committee activities
18. Glossary of Terms = Tool to learn organizational definitions for
common terms
19. Budgets = Tools used to plan for future resources
15. THE INGREDIENTS
Standardized templates need to be developed from these archetypes!
Documents need to be built from these standardized templates!
Why is this important?
• Effectiveness of these tools will depend on their clarity!
• Good project planning will depend on good understanding of the
development of these tools!
• Timing of projects will depend on processes used to develop, review, approve,
and publish these tools!
• Good opportunity to streamline governance and development!
16. THE INGREDIENTS
Q : Why are archetypes and documents important in developing
workflows? A : Archetypes Templates Documents Workflows
17. THE INGREDIENTS
Why are archetypes and documents important in developing
workflows? Archetypes Documents Workflows
18. THE INGREDIENTS
Common paper workflow issue : The “Frankenform”
E.g. Part order, part order set, part guideline, part documentation,
part policy, etc.
Creates extra maintenance costs and delays
Often masks workflow issues (The “Frankenflow”)
Symptoms : Unusually long documents / order sets, clunky
workflows, or paper forms that are difficult to “make electronic”
Commonly seen in complex clinical workflows, e.g. Medication
reconciliation, Medication titration, chemotherapy, etc.
Solution : Workflow redesign!
20. THE KITCHEN
The archetype management
• Need to manage centrally, with organizational buy-in, easily accessible to everyone in
the organization
The document management
• Need to manage centrally, with organizational buy-in, easily accessible to everyone in
the organization
The project management
• Need to manage in a standardized fashion, with standardized templates and
organizational buy-in
The staff participation
• Need to identify stakeholders and SMEs effectively, and budget time/resources
properly
• Familiarity comes from working on projects together (to understand roles)
21. THE KITCHEN
The governance
• The stakeholder development, teambuilding, resource allocation, and project
timelines will all depend on the organizational governance
• Tip : This is a good opportunity to streamline governance!
• OLD : Order set committee? Policy committee? Forms Committee?
• NEW : Project prioritization committee, Resource allocation committee, Go-Live
Committee, Project Management Office
23. THE RECIPE
To develop a good recipe, a skilled chef needs good communication :
• What does the customer want? Mac & cheese? Filet mignon? Beef Wellington?
To develop a good project plan, a skilled informaticist also needs good
communication :
What is the goal, and how does the order relate to the goal? Maintenance
request? Change request? Large-scale project? Before deciding, will need to
know regulations, stakeholders, evidence/literature, current state, future
state, cost data
24. THE RECIPE
After thoroughly understanding regulations, goals, needs, and costs -
will need to build a good project plan :
1. PREPARATION
1. Literature / regulatory search
2. Current / Future workflow mapping
3. Project planning, stakeholder development, securing resources
2. DRAFTING (with low-level end-user buy-in)
3. BUILDING (both electronic and paper downtime!)
4. TESTING (Unit, Functional, Integrated, and End-user acceptance)
5. TRAINING
6. DEPLOYMENT
7. MONITORING
26. THE TIME
Set realistic expectations - Important to follow good project planning!
1. PREPARATION :
• Regulatory / Literature Search (including cost data)
• Indexing of needs
• Development of List of Stakeholders
• Development of Project Team
• Mapping of CURRENT state workflows (Hint : See procedures!)
• Development of FUTURE State workflows
• Development of Project Plan and Timelines
• Securing stakeholder buy-in
• Securing time/resources for project
27. THE TIME
2. DRAFTING BLUEPRINTS – Future state workflow(s) with supporting tools
a. Low-level testing with end-users for clinical validation (user acceptance testing)
b. Securing stakeholder buy-in
3. BUILDING :
a. electronic tools and supporting documents
b. paper downtime processes (order sets AND documentation!)
4. TESTING :
a. Unit testing
b. Functional and Integrated Testing
c. End-User Testing
5. SECURING APPROVAL :
a. Governance is important!
28. THE TIME
8. EDUCATION :
a. Adequate education for go-live – What is audience? How much is enough?
b. Big question : Does this need to be added to ongoing educational effort?
(For onboarding of new employees?)
c. FUTURE : Likely 16+ hours of computer training per new employee
9. GO-LIVE :
a. Adequate support? Superusers? Do superusers still have patient assignments?
Other elbow-to-elbow support?
b. List of showstoppers for patient safety?
10. MONITORING :
a. Issues Log
b. Standard way to communicate changes and issues with end-users (2-way
communication)
29. DESSERT
Good meals come from :
• A good chef (Informaticist(s))
• Great ingredients (standards, archetypes, templates, and
documents)
• A good kitchen (archetype management, document
management, project management, project team, effective
governance, and resources)
• A good recipe (identifying stakeholders, current state,
future state, project plan development)
• Adequate time (execution of project plan)