Patient Flow in Healthcare: A Business Analyst's Guide
What you'll learn
Understand how patient flow, information flow, and workflows operate across healthcare systems
Analyze real-world healthcare processes to identify bottlenecks, delays, and inefficiencies
Apply business analysis techniques to improve patient experience, safety, and operational performance
Map current-state workflows and design practical, data-driven improvements
Evaluate real case studies including emergency care, inpatient operations, medication safety, mental health, and digital transformation
Understand how emerging technologies, including AI, support clinical decision-making and healthcare optimization
Requirements
No prior patient flow or healthcare business analysis experience is required.
A basic interest in healthcare operations, workflows, or process improvement will be helpful.
Taking the first course in the series is recommended, but not required.
Interest in improving healthcare systems and problem-solving
Description
This course contains the use of artificial intelligence.
Course description
Patient flow is one of the most important parts of healthcare operations. It affects access, coordination, patient experience, staff workload, and overall system performance.
In this course, you will learn how to analyze the patient journey from first contact through registration, care delivery, discharge, and follow-up. You will see how business analysts can identify delays, handoff issues, hidden dependencies, and process breakdowns that impact care.
This course is designed as the second step in a connected Healthcare Business Analysis learning path. It builds on the foundation from the first course and helps you think more deeply about how people, information, and systems move through the healthcare environment.
What you'll learn
• How to map the patient journey across key stages of care.
• How to identify bottlenecks, delays, and handoff failures.
• How to connect patient flow issues to business analysis findings.
• How to recognize the role of systems, data, and policy in workflow performance.
• How to recommend practical improvements that support better patient experience and operations.
Intended learners
• Aspiring or current business analysts in healthcare.
• Healthcare operations professionals who want a process view of patient flow.
• Analysts who want to understand how care delivery works end to end.
• Learners building a healthcare BA foundation across multiple courses.
Requirements
• No prior healthcare business analysis experience is required.
• A willingness to observe processes carefully and think critically about workflow.
• Interest in healthcare operations, patient experience, or process improvement.
Why this course matters
Patient flow is where theory becomes visible in practice. When the journey is smooth, care is easier to deliver and easier to receive. When it breaks down, the effects show up in delays, confusion, rework, and frustration. Understanding that flow gives business analysts a practical way to support better decisions and better outcomes.
Course format
This course uses short, focused lessons with clear narration and slide-by-slide teaching. That format helps learners absorb the material quickly while staying connected to real-world healthcare examples.
Who this course is for
Aspiring or current business analysts who want to understand healthcare workflows.
Healthcare professionals who want a clearer view of patient flow and operational improvement.
Operations, process improvement, and project professionals working in healthcare settings.
Learners who want to see how patient movement, delays, and handoffs affect care delivery.
Anyone building a healthcare business analysis skill set across your course series.
Students or beginners looking to learn practical business analysis through real-world case studies


https://rapidgator.net/file/0802581429d5b191b18503ec7bd7a86a/Patient_Journey_and_Flow_in_Healthcare.part2.rar.html
https://rapidgator.net/file/d1be7f9c5c39226aea39fc909a305dfb/Patient_Journey_and_Flow_in_Healthcare.part1.rar.html