In recent years, the healthcare system in the United States has been changing. More care is being given through outpatient services, meaning patients get treatment without staying overnight in the hospital. This change grew faster during the COVID-19 pandemic because people needed healthcare close to home that did not cost too much. For those who run medical offices and manage healthcare IT, it is important to understand how this shift affects costs and operations.
This article looks at the cost benefits of outpatient care compared to inpatient care in the U.S. It uses recent research, trends, and patient results. It also explains how artificial intelligence (AI) and workflow automation can help this new care model.
The COVID-19 pandemic caused many changes in healthcare services. It led to more outpatient clinics and ambulatory care centers across the country. Recent studies predict that patient visits to hospital outpatient departments and ambulatory surgery centers in the U.S. will grow by 15 million by the year 2029. At the same time, visits to hospital emergency rooms are expected to drop by 5 million. This shows a clear move toward less intensive care.
Outpatient care has some main benefits over inpatient care. It is more convenient and usually costs less. For example, Blue Cross Blue Shield found that knee replacement surgeries done outpatient can save about $11,000 per patient compared to doing them inpatient. This is because outpatient care uses fewer hospital resources, takes less time, and does not use inpatient beds.
This change fits well with what patients want. Many prefer to get care in familiar and easy-to-reach places. It also helps healthcare providers use resources better, save money, and stay efficient while treating more patients.
Cost-effectiveness analysis (CEA) is a way to compare the costs and benefits of different health treatments. It helps leaders decide if spending more money on a treatment is worth it. In the U.S., a treatment is usually considered cost-effective if it costs between $100,000 and $150,000 for each quality-adjusted life-year (QALY) it adds. QALY measures how much a treatment improves both the length and quality of a person’s life.
When this method is applied to outpatient versus inpatient care, outpatient care looks better in many cases. One example is outpatient parenteral antimicrobial therapy (OPAT). This treatment gives patients intravenous antibiotics outside the hospital, avoiding long stays inside. Studies find that OPAT programs reduce hospital stays and the need for inpatient beds. This lowers healthcare spending. OPAT also leads to fewer hospital infections, better patient results, and fewer expensive problems.
Still, even with good cost-effectiveness data, the U.S. healthcare system faces challenges. There is no standard way to run outpatient services, and infrastructure problems make it harder to expand outpatient care widely. These issues show that better coordination and support are needed for outpatient options.
A 2021 study by Gensler looked at how patients feel about outpatient care. It found that only half of the patients said their recent visits with doctors in outpatient settings were positive. This shows there is room to improve how patients feel about their care, even though outpatient care saves money.
As more patients use outpatient services, medical offices must focus on offering good experiences along with saving costs. Factors like a well-planned clinic, shorter waiting times, and clear communication help shape patient feelings. Healthcare design tools like gFloorz 2.0 by Gensler can help clinics use space well, move staff efficiently, and manage patients smoothly. These tools support better experiences and smoother operations.
Technology plays an important role in making outpatient care work better. AI and automation help run front-office tasks and patient contacts faster and with fewer errors. This means less work for staff and faster service for patients.
Companies like Simbo AI focus on automating phone service. Their AI handles calls well, helping outpatient clinics deal with many patients without overwhelming the staff. The AI systems make appointment scheduling fast and accurate. This results in fewer missed visits and better office flow.
Besides phone work, AI can analyze data to track key measures like waiting times, patient movement, and how far providers walk inside clinics. Tools like gFloorz 2.0 use this data to test changes in clinic design. This helps providers see how changes affect patient care without costly mistakes.
AI also personalizes care by predicting what each patient might need. Research says future healthcare will use AI more to shape treatments for each person. This could make patients more involved and satisfied while saving resources.
Medical managers and IT directors who work with outpatient services can gain many benefits from using AI and automation:
These benefits fit with goals to keep costs low and improve quality in outpatient centers competing in today’s healthcare market.
Even with benefits, outpatient care has some problems to face when expanding:
Healthcare leaders must balance cost factors with patient safety and quality when growing outpatient services.
In the future, more healthcare services in the U.S. will likely move to outpatient care. This fits with patient wishes to get care near home and with the need to control costs.
Health systems will use more digital tools to support this shift. They will bring AI into both clinical and administrative work. They will also repeat successful outpatient clinic designs across regions. This will help make patient experiences consistent and operations efficient.
Decision-makers should use cost-effectiveness data along with social impact studies to guide where to invest in outpatient services. New guidelines will focus on both healthcare costs and societal effects. These will help make better healthcare policies and payment plans.
Medical practice administrators, owners, and IT managers need to understand the cost benefits of outpatient care when planning. Tools like AI-powered phone systems from companies such as Simbo AI, and design tools like gFloorz 2.0, can improve outpatient operations. Using these technologies alongside data on cost and patient experience will help healthcare organizations meet growing demand while using resources well in the United States.
The COVID-19 pandemic accelerated the trend of moving healthcare closer to home, resulting in more outpatient clinics and ambulatory care centers, allowing for more efficient and cost-effective care delivery.
Outpatient care is generally cheaper and more convenient than inpatient care, with significant cost savings; for example, an outpatient knee replacement can save a member approximately $11,000 compared to inpatient alternatives.
The key challenge is effectively designing outpatient care experiences at scale, ensuring they can handle high patient volumes while maintaining quality and satisfaction.
gFloorz 2.0 is a computational tool that uses data to optimize outpatient care facility designs, allowing for rapid reconfiguration of spaces to improve patient flow and reduce wait times.
gFloorz 2.0 tracks critical space and business metrics such as provider travel distance, patient flow, waiting room utilization, and overall space efficiency to enhance design outcomes.
Computational design empowers healthcare providers to actively participate in the design process, allowing them to visualize the implications of changes on wait times and patient experience quickly.
Emerging AI algorithms will enable health systems to tailor patient journeys based on individual needs, moving away from one-size-fits-all models to more personalized care experiences.
The future of outpatient care is centered around enhancing patient experiences through innovative design tailored to individual needs, leading to more engaging and efficient healthcare journeys.
Replication enables efficiency gains, allowing health systems to implement successful designs across multiple locations, creating significant improvements in care delivery and patient satisfaction.
Modern tools replace traditional design methods, allowing healthcare providers to predict and measure the impact of design choices on patient experiences, thus enhancing the overall healthcare delivery system.