
Every hospital has a patient flow problem — delays, bottlenecks, and communication gaps hiding in plain sight. This course teaches you to see that flow the way a business analyst does: map it, diagnose where it breaks, and know how to improve it. No healthcare or BA background required.
Get to know Mohamad Kammoun, founder of Zamo Academy and your instructor across this course series. With 25+ years of experience spanning healthcare systems analysis, workflow improvement, and business analysis education, Mohamad brings real operational experience — not just theory — into every course.
Learn how to analyze patient flow, identify bottlenecks, and apply business analysis tools to support better healthcare decisions and process improvement.
In this lecture, you’ll learn what patient flow means, why it matters in healthcare, and how it affects the patient experience, operations, and overall system performance.
In this lecture, you’ll learn the main stages of the patient journey, from first recognizing a need for care through access, diagnosis, treatment, and follow-up. This gives you a clear framework for understanding how patients move through the healthcare system.
Key Stakeholders in Patient Flow explores the people who influence how patients move through a healthcare system, from scheduling and nursing to physicians, registration, IT, and leadership. Learn how each stakeholder shapes delays, decisions, and workflow improvements in real patient flow scenarios.
Core Patient Flow Metrics introduces the key measures used to evaluate and improve hospital throughput, including wait times, length of stay, door-to-provider time, bed turnover, and patient satisfaction. Learn how these metrics reveal bottlenecks and support better operational decisions across the care journey.
In this lecture, you’ll learn the common patient flow problems that cause delays, bottlenecks, and poor handoffs in healthcare. You’ll see how these issues affect the patient experience and overall system performance.
A focused deep dive into patient flow fundamentals, helping you understand how to analyze workflows, identify bottlenecks, and think like a business analyst in healthcare.
Module 1 gives you the foundation for understanding patient flow, recognizing early breakdowns, and preparing for more advanced analysis in the next module.
In this module, you’ll map patient flow to see how care moves through the system, where handoffs happen, and where delays begin. You’ll use process mapping, journey mapping, and swimlane mapping to build a clearer view of the patient experience and prepare for deeper analysis.
In this lecture, you’ll learn what process mapping is and why it’s useful for understanding how patient flow really works. You’ll see how mapping helps reveal steps, handoffs, and gaps so you can improve the process more clearly.
In this lecture, you’ll learn how to build a patient journey map by identifying the key steps, touchpoints, and pain points from the patient’s perspective. This helps you see the full care experience more clearly and design better improvements.
In this lecture, you’ll learn how swimlane diagrams show roles, responsibilities, and handoffs in a process. You’ll see how they make workflows clearer and help reveal where delays or confusion happen between teams.
In this lecture, you’ll learn how to collect the right data for flow analysis and use it to understand where delays and inefficiencies happen in the process. This helps you move from assumptions to evidence-based improvement.
n this lesson, we analyze the full end-to-end clinic workflow with a focus on identifying handoffs, delays, and hidden inefficiencies.
You will learn how to map the patient journey, understand role-based responsibilities, and uncover where time is lost across the process.
This lecture provides a downloadable PDF resource to support the concepts covered in this module. Use it as a quick reference for key ideas, frameworks, and practical takeaways.
In this module, you learned how to map patient flow using process mapping, journey mapping, and swimlane mapping to better understand handoffs, delays, and process boundaries. These tools help you see how care moves through the system and where breakdowns begin.
In this module, you’ll learn how to identify bottlenecks, analyze root causes, and use business analysis tools to support better decisions. You’ll also see how prioritization and stakeholder alignment help turn analysis into practical improvement.
Identifying Bottlenecks: In this lecture, you’ll learn how to spot bottlenecks in a process and understand where flow begins to slow down.
Root Cause Analysis: In this lecture, you’ll learn how to move beyond symptoms and identify the real reasons behind process problems.
Prioritizing Improvement Opportunities: In this lecture, you’ll learn how to compare improvement ideas and focus on the changes with the greatest impact.
Communication and Stakeholder Alignment: In this lecture, you’ll learn how to communicate findings clearly and build agreement around next steps.
Case Study on a Delayed Clinic: In this lecture, you’ll apply bottleneck and root cause analysis to a real clinic delay scenario.
This lecture provides a downloadable PDF resource to support the concepts covered in this module. Use it as a quick reference for key ideas, frameworks, and practical takeaways.
In this module, you learned how to identify bottlenecks, analyze root causes, and use business analysis tools to support better decisions. You also saw how prioritization and stakeholder alignment turn analysis into practical improvement.
In this module, you’ll explore how hidden systems, legacy constraints, and data challenges affect patient flow. You’ll also learn how to redesign processes for better flow, apply standard work, and support rollout and measurement to drive real improvement.
Understanding the Hidden System: In this lecture, you’ll learn how to uncover the systems, dependencies, and workarounds that shape real-world workflow.
Pediatric Systems & Data Challenges: In this lecture, you’ll explore why pediatric environments create unique workflow and data challenges.
Data Lifecycle & Retrieval: In this lecture, you’ll learn how data moves through a system and how retrieval issues affect analysis and care delivery.
Designing for Better Flow: In this lecture, you’ll learn how to redesign processes to reduce friction and improve the movement of work.
Standardization and Standard Work: In this lecture, you’ll learn how standard work supports consistency, quality, and smoother operations.
From Design to Rollout: In this lecture, you’ll learn how to move from process design into implementation and practical rollout.
Measuring Results and Improvement: In this lecture, you’ll learn how to track outcomes and determine whether changes are actually improving performance.
BA + AI for Improvement: In this lecture, you’ll learn how business analysis and AI can work together to support process improvement.
From Analysis to Impact: Applying What You’ve Learned: In this lecture, you’ll bring together the concepts from the module and apply them to real improvement work.
This lecture provides a downloadable PDF resource to support the concepts covered in this module. Use it as a quick reference for key ideas, frameworks, and practical takeaways.
In this module, you explored how hidden systems, legacy constraints, and data challenges affect patient flow, and how redesign, standard work, and measurement turn improvement into impact.
A short transition connecting key concepts to real-world healthcare case studies and practical application.
A real-world pediatric emergency department case showing how business analysis identifies bottlenecks, analyzes patient flow, and implements data-driven improvements to reduce wait times and improve care.
A pediatric inpatient case study showing how business analysis improves discharge efficiency, coordination, and length of stay through data-driven operational changes.
A pediatric medication safety case study showing how business analysis reduces errors and improves care through workflow design, system integration, and data-driven insights.
A pediatric mental health case study showing how business analysis improves screening, reduces wait times, and enables faster triage for high-risk patients.
A digital mental health case study showing how telehealth, patient portals, and data-driven workflows improve access, engagement, and care delivery.
An advanced case study showing how AI-driven clinical decision support improves diagnosis, enables early intervention, and supports data-driven care.
Download the presentation template and use it to build your final capstone project.
Follow the structure provided in the slides to analyze the problem, identify bottlenecks, and present your recommendations.
This is the format used by Business Analysts to communicate findings to leadership.
This lecture includes the official Zamo Academy workbook. You can download it and use it to apply the concepts covered throughout the course using structured exercises and real-world scenarios.
These resources are designed to be used together. Start with the workbook, use the templates to structure your thinking, and complete the exercise to apply your analysis.
A final summary of all six case studies, highlighting how business analysis improves patient flow, safety, access, and decision-making across healthcare systems.
This lecture provides a final summary of the course and highlights the key concepts covered. It also outlines the next steps for continuing your journey in healthcare business analysis
A short closing message to reinforce key ideas and guide you to the next steps in your learning journey.
This course contains the use of artificial intelligence.
About This Course
A patient's path through a hospital — registration, triage, treatment, testing, discharge — is really a business process. And like any business process, it breaks. Overcrowding, communication gaps, scheduling conflicts, and discharge bottlenecks aren't random; they're symptoms of a workflow that hasn't been mapped, measured, or improved.
This course teaches you to see that process the way a business analyst does: not as "how healthcare works," but as a system of handoffs, dependencies, and failure points you can actually diagnose.
By the end, you'll be able to map a patient's full journey through a healthcare organization, identify where and why that journey typically breaks down, and describe — in the language a healthcare operations team would recognize — how a business analyst would approach fixing it.
No prior healthcare, technical, or business analysis background is required. If you've never worked in healthcare or never worked as a BA, you'll still be able to follow every module. If you already do either, this gives you the vocabulary and structure to talk about patient flow like an operations professional.
**A note on scope:** this course is specifically about *movement and coordination* — how patients flow through a system and where that flow fails. It doesn't cover HL7/FHIR data exchange (see *Patient Data & HL7*) or system architecture (see *Systems & Workflow*). Think of this as the operational layer underneath both.
What You'll Be Able to Do
- Map how a patient moves through registration, triage, treatment, testing, admissions, discharge, and follow-up
- Identify the specific point in a workflow where a delay, bottleneck, or handoff failure is most likely to occur
- Explain the relationship between patient flow, staffing coordination, and scheduling — the way an operations analyst would brief a stakeholder
- Apply a basic business-analysis framework to spot inefficiencies and propose where visibility or coordination could improve
- Recognize the operational vocabulary healthcare teams use, so you can contribute to (or lead) a workflow-improvement conversation from day one
Who This Is For
- **Aspiring healthcare business analysts** who want their first practical exposure to an operational (not technical) BA problem
- **Non-technical professionals** moving into healthcare who need to understand how care actually flows before they can improve it
- **Career changers** who want a concrete, portfolio-ready example of BA thinking applied to a real domain
- **Healthcare staff** who feel the friction in patient movement every day but have never had a framework to name or diagnose it
How the Course Is Built
Module 1 — Foundations of Patient Flow in Healthcare**
How organizations coordinate patient movement across departments and clinical teams — the baseline model everything else builds on.
Module 2 — Patient Movement Across Healthcare Operations**
Follow a patient step by step: scheduling, registration, triage, treatment, testing, admissions, discharge, follow-up.
Module 3 — Workflow Delays, Bottlenecks, and Operational Breakdowns**
Where things actually go wrong — overcrowding, communication failures, disconnected handoffs — and why.
Module 4 — Improving Patient Flow Through Business Analysis**
The BA's toolkit: how to improve visibility, tracking, and coordination using practical analysis techniques, not just observation.
Module 5 — Case Studies & Capstone Project (Optional)**
One complete, applied module that puts everything from Modules 1–4 into practice. You'll work through a series of real healthcare scenarios — emergency department throughput, pediatric inpatient care, medication safety, mental health intake, digital mental health, and AI-supported clinical decisions — building toward a single capstone project that ties your analysis together. This module is optional — the core 4-module path above stands on its own.
Each module uses visual workflows and real-world healthcare scenarios — not abstract theory — so the concepts stay concrete.
Why This Course
Most people who work in or around healthcare have never actually seen the full patient journey mapped out. That gap is exactly where a business analyst adds value — and exactly what this course gives you a working model for.
This isn't a healthcare operations degree. It's a fast, practical way to build the specific mental model — and the specific vocabulary — that lets you look at a broken healthcare workflow and know where to start.
Instructor
Mohamad Kammoun is the founder of Zamo Academy and brings more than three decades of experience in technology, healthcare, telecommunications, software development, and business analysis. He holds a Master of Science in Electrical Engineering from Boston University and has worked with organizations including AT&T, Verizon, Merck, Elsevier, American Eagle Outfitters, and Children's Hospital of Philadelphia. His experience spans healthcare interoperability, enterprise systems, interface design, security architecture, AI integration, and end-to-end project delivery. He built the Healthcare Business Analyst Foundations series to give people a clear, practical introduction to how healthcare systems actually operate, and how business analysts help make them work better — no jargon for jargon's sake, no theory without a real example behind it.
Start Here
If you want to understand how patients really move through healthcare systems — and build the business-analysis instincts to improve that movement — this course gives you that foundation, one workflow at a time.
Note: This course was originally produced under the working title "HCBA Series 2." It has since been renamed as part of the Healthcare Business Analyst Foundations series for clarity and easier discovery — the course content and instruction are unchanged. You may still see the earlier name referenced in some existing lecture videos.