Serene black and white landscape with mountains and water

HEALTHCARE QUALITY BY
DESIGN

So that health is easier

My cross-industry expertise in quality methods and tools helps teams solve complex problems and drive better results. I harness the power of your team to uncover causes of variation, gain clarity on user needs and understand important systems’ dynamics needed to design a better system… quality by design.

SERVICES

You may need help with...

A Healthcare Research Study

Methods

Systems Engineering
Design Thinking
Industrial Engineering
Six Sigma
Lean
DMAIC

Publications

Fault Tree Analysis.

McElroy LM, Khorzad R, Rowe TA, Abecassis ZA, Apley DW, Barnard C, Holl JL.

PMID: 26646282View
Door-In-Door-Out Process Times at Primary Stroke Centers in Chicago.

Prabhakaran S, Khorzad R, Parnianpour Z, Romo E, Richards CT, Meurer WJ, Lee J, Mendelson SJ, Holl JL.

PMID: 34598828View
Design thinking to improve healthcare delivery in the intensive care unit: Promise, pitfalls, and lessons learned.

Krolikowski KA, Bi M, Baggott CM, Khorzad R, Holl JL, Kruser JM.

PMID: 35104692View
Evaluating Acute Stroke Diagnosis Using Simulation Scenarios.

Liberman AL, Apley D, Zhu J, Romo E, Holl JL, Khorzad R, Maas M, Mendelson SJ, Richards CT, Song S, Prabhakaran S.

PMID: 40202470View
Applying fault tree analysis to the prevention of wrong-site surgery.

Abecassis ZA, McElroy LM, Patel RM, Khorzad R, Carroll C 4th, Mehrotra S.

PMID: 25277361View
Mapping the process of ICU care delivery to improve treatment decisions in acute respiratory failure.

Kruser JM, Viglianti EM, Mylvaganam R, Krolikowski KA, Khorzad R, Detsky ME, Wiegmann DA, Wunderink RG, Holl JL.

PMID: 38646086View
Employing user-centered design and education sciences to inform training of diabetes survival skills.

Prince G, Rees Lewis D, Pollack T, Karam S, Touma E, Khorzad R, Cooper Bailey S, Gatchell D, Ankenman B, Kravarusic J, Sabol T, Holl J, Wallia A.

PMID: 39247534View
Failure mode and effects analysis: a comparison of two common risk prioritisation methods.

McElroy LM, Khorzad R, Nannicelli AP, Brown AR, Ladner DP, Holl JL.

PMID: 26170336View
Academic-Community Hospital Comparison of Vulnerabilities in Door-to-Needle Process for Acute Ischemic Stroke.

Prabhakaran S, Khorzad R, Brown A, Nannicelli AP, Khare R, Holl JL.

PMID: 26515203View
Operating room to intensive care unit handoffs and the risks of patient harm.

McElroy LM, Collins KM, Koller FL, Khorzad R, Abecassis MM, Holl JL, Ladner DP.

PMID: 26067459View

A Priority Project/ Strategic Initiative

Expertise

Analyze your data
Harness the power of your team
Uncover sources of variation
Reframe your problem
Identify process triggers, enablers and controls
Understand your user needs
Finding Patterns
Partner with additional experts
Develop performance dashboards/metrics
Clean and validate data
Select problem solving tools
Implementation planning
Collect data
Surface system-level factors at the root of a problem
Facilitate multi-team discussions
Bring clarity to what is behind a problem by understanding the system
Co-create a solution
Problem solve

Case Studies

Emergency Department Capacity through Process Redesign

Nurse to Nurse handoff

95% improvement in the percent of patients transitioning from ED to hospital in less than 45 minutes.

Case StudyView
Stroke Transfers

Door in - Door Out process

Uncovering and disseminating key insights for the redesign of an emergency care process.

Case StudyView
Hospital Discharge Coordination

Hospital coordination of discharges to meet daily demand

Significant reduction in time spent (~20%) on a key daily process that supports hospital patient flow.

Case StudyView

A Workshop, Webinar or Class

Tools

Service Blue print
Data gathering
RCA
SEIPS
Observations
Empathy Map
Ideation
Flow/ Process Mapping
PFMEA
FTA
ADKAR
Causal Loop Diagram
Value stream map
Performance dashboards
Control Plan
Business Model Canvas
Journey maps
Project Management tools: workplace, charter, timeline etc,,,
Prototyping and test
8D, 3 level RCA, 5 Whys

Webinars & Workshops

R

Rebeca explains ...Mapping workflows in Healthcare: A Preparatory Step for Finding Applications of AI/IT

Speaker

View

A One-time Advisory Call or Other

Topics

Strategy
Project Scoping
Problem assessment
Solution design
Implementation guidance
Team coaching
Process optimization
Quality improvement planning
Performance Dashboard or Metrics
Framework selection/development

PARTNERS

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MISSION

Arvin advances people’s health by partnering with teams leveraging quality engineering, systems and design thinking to co-create new tools and processes that make staying healthy, receiving healthcare or healing more effective, affordable and human centered. So that health is easier.

MY STORY

Rebecca Khorzad

Rebeca Khorzad

As a quality engineer in manufacturing, I was driven by the pursuit of safety, consistency, and cost-effectiveness. Years later, as I experienced our healthcare system, each encounter made me realize there was a great need to design better tools and processes. This led me to learn the complexities of care processes and the multidisciplinary collaborations needed to be successful in driving change.

I have worked in healthcare since 2013, co-creating systems with clinical teams passionate about improving health services and hospital operations for better patient outcomes and experience.

Arvin Consulting emerged from the desire to expand my work, supporting diverse teams in developing improved systems that impact people's health - both inside and beyond clinical environments. I partner with health services researchers and organizations that help people keep healthy or regain health, such as food innovators, movement experts and educators.

Education / Certifications

Certificate 1
Certificate 3
Certificate 4

Adjunct
Lecturer

Certificate 5
Certificate 2
Serene landscape with mountains and water
Rebecca at whiteboard
System - Arvin Consulting LLC

WHAT DO I MEAN BY SYSTEMS?

A system is a collection of elements that, through their interactions, create a specific outcome or outcomes that do not exist in the individual parts.  Think of a light bulb, a switch and a wire, light can be the outcome but only if they are an integrated system with a specific purpose.To create products or services of the highest quality, we must make sense of the dependencies between people, process and tools. My approach maps these dependencies to reveal leverage points to develop and/or integrate solutions more naturally.


Understanding of the system in which your problem 'lives', is crucial for creating effective solutions . To do so, we must look beyond the product itself and consider the broader system it belongs to. For instance, if the aim is to prevent diabetes using a Continuous Glucose Monitor (CGM), it's important to consider factors such as app compatibility with various devices, insurance coverage, and patient attitudes toward using a CGM. All these elements together influence how effective the solutions will be.

SYSTEMS IN ACTION

PROJECT EXAMPLE

Adding Emergency Department Capacity Through Process Redesign

Nurse to Nurse Handoff
Description: Adding Emergency Department Capacity Through Process Redesign
Process Redesigned: Nurse to Nurse handoff
Results: Patients ready to be admitted to the hospitals were moved out of the ED faster hence freeing up the ED bed and ED resources caring for that patient sooner (95% improvement in the percent of patients transitioning from ED to hospital in less than 45minutes)
Background: When a patient in the emergency department (ED) needs to be admitted to the hospital, a transition of care (process) milestone involves the emergency department nurse communicating with the hospital nurse to "handoff" care of the patient.
Project Goal: To safely reduce the time it was taking to achieve the nurse-to-nurse handoff milestone
Why? the completion of this milestone triggers multiple next steps including 1. patient to be transported out of the ED and 2. the next ED patient can be seen hence improving timeliness of care
Key Design Elements:
  • New Tools: A semiautomated template integrated in the electronic medical record (EMR); A templated text in the smartphone app that has an interphase to the EMR to communicate directly with teams working in the receiving hospital unit.
  • New Processes: ED nurse completes the EMR template asynchronously (instead of a synchronous phone call), ED nurse sends a group text alert to the team in the receiving unit and can be reached directly for questions and ED nurse enters the request for transport (without having to wait for a call back)
  • New Protocols: the sub process metric was moved from the ED dashboard to the Inpatient dashboard
  • New Mental Models: Anyone in the receiving unit can help greet the patient (if the patient nurse is busy), the safety of the patient waiting in the ED is as important as the safety of the patient being admitted (they are all our patients), the information that is important to an ED nurse is not always the information important to the receiving nurse (follow the template created by inpatient nurses)
Challenges, barriers to change and strategies used to overcome them: give me a call if you are curious
PROJECT EXAMPLE

Making a Key Healthcare Operations Process Visible Through Automation

Hospital Discharge Coordination
Description: making a key healthcare operations process visible through automation
Subprocess under redesign: hospital coordination of discharges to meet daily demand
Results: Significant reduction in time (~20%) spend in the daily discharge planning process, adding human resource capacity and empowering the organization with information needed to make bigger improvements by making a 'pen and paper' process visible
Background: The process for coordinating daily discharges in a hospital to meet demand is key to reduce waiting in the Emergency department for patients needing to be hospitalized. This process was achieved using a mix of tools: pen, paper, excel, email and information in the electronic medical record or EMR(simplified description for story's sake)
Project Goal: integrate and automate a silo and labor-intensive supportive of operations process into the medical record
Why? automating parts of this process would enable visibility and reporting and reduce the hours and skillset required to execute it while increasing long term sustainability and "spread ability" across hospitals in the system and freeing up people time.
Key Design Elements:
  • New Tools: Three EMR dashboards programmed in alignment with the methodology to meet demand, custom icons in EMR, custom lists within existing windows of EMR, automatic reports
  • New Processes: Nurses add information in new sections of EMR (vs paper), Use of new dashboards to report and facilitate the daily meeting, case management and other clinical teams can leverage the visibility of the process act promptly to facilitate discharges
  • New Protocol: A less technical team member can facilitate the daily meeting with the use of the new tools.
  • New Mental Models: the dashboard feature of the electronic medical record does not have to be used as a "real time" information tool, it can be used as a once-a-day information tool to facilitate an important operations process.
Challenges, barriers to change and strategies used to overcome them: give me a call if you are curious
PROJECT EXAMPLE

Explaining Key Reasons for Delays in Stroke Transfers

Stroke Transfers
Description: Explaining Key Reasons for Delays in Stroke Transfers in the Chicago area
Subprocess under study: "Door in - Door Out" meaning from when a patient arrives to a primary stroke center Emergency Department (typically a community hospital) until the time they are transferred in an ambulance to a Comprehensive Stroke Center (typically a larger hospital)
Results: Uncovering and disseminating in medical literature key insights, from 191 cases, for the improvement of an important Healthcare Quality Metric linked to better patient outcomes.
Background: Some patients experiencing an acute stroke require transfer from a primary stroke center (PSCs) to a comprehensive stroke center (CSC) for advanced treatments to reduce disability. The time to treatment is critical and the goal of this study was to uncover the few sources of delays that could result in big 'time savings'(and time is brain!)
Key insights to inform process design:
  • Process: The 'transfer ambulance request' process was uncovered as a key process to reduce the Door in-Door Out time as well as 'imaging tests' sequence.
  • Tools needed: tools that enable visibility of a potential transfer sooner (e.g., screening tools prior to full assessment exams), more integrated communication between hospital and ambulance organizations, bundle imaging orders for potential transfers
  • Mental models needed: Any team member can be trained to perform a screening test, not only the doctors.
Implementation of recommendations: give me a call if you are curious about how the recommendations of this study were successfully implemented.
Citation:

J Am Heart Assoc. 2021;10:e021803. DOI: 10.1161/JAHA.121.021803

PROJECT EXAMPLE

Understanding variation in care in the Intensive Care Unit

Variation in ICU Care
Description: Understanding variation in care in the Intensive Care Unit
Subprocess under study: Intensive Care Delivery for adults with acute respiratory failure who require mechanical ventilation
Results: Uncovering and disseminating in medical literature key insights about a process of care in the ICU
Background: the process that culminates in a decision to stop or prolong mechanical ventilation encompasses a series of interactions throughout an Intensive Care Unit (ICU) stay among patients, families, and a large interprofessional care team, these decisions are influenced by norms of care delivery and embedded care process. Yet little is known about these processes, so the goal of the study was to map the longitudinal, current state ICU care delivery process.
Key insights to inform process design:
  • Tools needed: Decision support tool that considers the physiology and stability of the patient and time elapsed to alert team and prevent unintentionally bypassing the step.
  • Mental models needed: think of deliberation processes as part of care, a need to have vs an Ad Hoc process.
Solution Design: give me a call if you want to know more about the solution design for this case
Citation:

IISE Transactions on Healthcare Systems Engineering https://doi.org/10.1080/24725579.2023.2188319

Working with Rebeca was like flipping on the lights. She helped us talk directly with some of our clients, asked the right questions, and guided key brainstorming sessions that got us to the heart of our marketing and business strategy. Through her process, we gained clarity on who we serve, why it matters, and how to communicate that more effectively. Rebeca helped us reconnect to the foundation of our business so we can show up stronger, clearer, and more aligned with the people who need us most
Alexander John
Alexander John
Founder, Twice as Fit Squared

FUNDED BY

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so that health is easier