How to Create an Effective Patient Tracking System in a Hospital

A hospital can be quite a confusing place with a new patient being passed through endless departments, diagnostic centers and recovery points. A sound patient tracking system is critical for providing timely care, minimizing bottlenecks and enhancing safety. With so many options available, how do you know which solution is right for your hospital?

In this guide, we discuss actionable approaches to create a reliable hospital patient tracking system, the various technologies available to use, and why advanced tagging systems are a silver bullet for hospitals in search of accurate, time-efficient, and scalable solutions.

Importance of Patient Tracking System in Hospitals

A hospital patient tracker isn’t simply where a patient is at a given time — it’s about the overall flow of care. Here’s why an efficient patient tracking system in hospital environments is important:

• Cuts Down on Late Arrivals: When you know just where a patient is, you can intervene in a timely manner and avoid scheduling conflicts.

• Enhances Safety: With real-time location tracking, the risk of mislaid or missed patients (especially in critical care units) is much lower.

• Reduces the Workload: Patients are not lost, and nurses and administrative staff do not need to waste time and effort searching for them, allowing them to concentrate on patient care.

• Improves Patient Experience: Aiding a faster process and clear communication ensures a more pleasant experience for the patients and their relatives.

For large hospitals, these advantages of hospital patient tracking systems extend beyond convenience — they are foundational to operational efficiency.

Various Patient Tracking Solutions

Let us discuss the most common technologies used in a hospital patient tracking system, their benefits and limitations, and how the advanced solutions are raising the bar —

1. Manual Tracking

Hospital COVID-19 bed capacity is often tracked using manual systems, like a whiteboard, a spreadsheet or notifications through the hospital’s electronic health record (EHR). This way is known, but it is not free of errors and slows things down. A busy nurse might skip updating where a patient is or their condition, which can cause hold-ups or mistakes in care.

• 1. A good deal of back and forth.

• 2. Not suited for large-scale usage.

1. RFID-Based Systems

There are many hospital patient tracking systems that use RFID (Radio Frequency Identification). Patients don radio frequency identification-enabled wristbands, and readers positioned at key locations track their movements in real time.

Advantages:

• 1. It enables zone-based location tracking, for example, when a patient enters or leaves a particular department.

• 2. Ensure patients don’t report to restricted fields

Disadvantages:

• 1. Needs a large infrastructure (with readers across the hospital).

• 2. Training only on a limited range can result in coverage gaps in large hospitals.

• 3. Expensive initial setup.

1. Bluetooth Beacon Systems

For hospital patient tracking software Bluetooth beacons are another option. These systems sync with either smartphones or purpose-built devices in the hospital, providing real-time movement alerts on patients.

Advantages:

• 1. Affordable compared to RFID.

• 2. Integrates with other hospital applications for additional functionality, e.g., indoor navigation.

Disadvantages:

• 1. Beacons need to be regularly replaced with new batteries, which can turn into a constant task for the ongoing maintenance.

• 2. In some cases, signal interference reduces accuracy.

The Future Of Patient Tracking — Advanced Tagging Systems

Advanced tagging systems are a better option than previous methods, such as RFID or Bluetooth, for hospitals needing precision, scalability, and reliability. They employ novel tags that have an extended battery life and provide room-level precision, needing limited hardware infrastructure.

How They Work:

Patients wear Tags that are embedded in the wrist bands that the patients wear. Unlike RFID, these tags do not rely on readers stationed around the hospital. Instead, it uses cutting-edge communication technology to provide smooth and precise monitoring.

Why Are Advanced Tagging Systems Better:

• Precise Geolocation: These tags provide accuracy down to the room level so staff are always capable of tracking the location of a patient, whether it's a waiting area, testing room, or recovery unit.

• Long Battery Life: The batteries can last for months or years, greatly reducing maintenance needs.

• Low Infrastructure Requirements: Advanced systems need significantly fewer devices, which are economically viable and can scale easily with big hospitals.

• Redundant and Scalable: These systems are great for hospitals with several departments, huge buildings, and high patient loads.

• Bonus: This advanced tagging system integrates easily with existing hospital tracking software and EHRs, reducing redundancies and fitting in nicely into existing workflows.

Creating the Right Patient Tracking System

Now that you’ve narrowed your list down to the most suitable patient-tracking solutions, the next step is developing a system that works best for your hospital. Here are ways to make sure your implementation sticks:

1. Set Clear Goals

What are the objectives of your hospital patient tracking system? Identifying what matters — be that less potential wait for patients, greater safety, or better staff efficiency — is the way to drive your decisions.

1. Collaborate with Staff

Doctors, nurses and administrative staff members are the lifeblood of what keeps hospitals going. Designing a system that is both useful and easy to use requires their participation in the design process. Their input can further be useful in pointing out potential bottlenecks ahead of rollout.

1. Choose Scalable Solutions

Hospitals are not set in stone — they grow, develop new wards or even open satellite locations. Your hospital patient tracking system should also be able to grow along with your operations.

1. Ensure Seamless Integration

The top hospital patient tracker isn’t one that works in a vacuum. It needs to connect with the systems already in place at your hospital, such as electronic health records (EHRs), scheduling tools, and billing software — building one cohesive ecosystem.

1. Pilot and refine

If possible, use your data where it is necessary to avoid getting lost on a large-scale implementation with uncertain results. Collect staff feedback and do system optimization before rolling out hospital-wide.

It’s Boon for Large Hospitals

For large hospitals, a well-designed patient location tracking system offers a lot more than just finding out where patients are. Here’s how these systems provide real value:

• Lower Expenses: Scalable systems, such as advanced tagging solutions, require less effort to maintain, which translates into long-term cost savings.

• Enhanced Patient Outcomes: Timely treatment and improved resource planning result in better outcomes, which is the end objective of any hospital.

• Data-Driven Insights: Most hospital patient tracking systems offer analytical tools, allowing hospitals to identify trends and continually improve workflows over an extended period of time.

How Will Patient Tracking Change in the Future?

In the world of larger hospitals, an efficient system for tracking patients isn’t just helpful — it’s essential. Though old-school methods like RFID or Bluetooth beacons may do the trick, cutting-edge tagging systems are the go-to, scalable, and most economical solution for larger hospitals.

Some of these systems even integrate with hospital technologies for seamless integration all the way from when the patient enters the facility to when they are released, ensuring the right patient is in the right place at the right time throughout their experience.

Investing in sophisticated tagging systems is a step in the right direction if your hospital is ready to adopt cutting-edge patient tracking solutions. Even in healthcare, every second — and with it, every patient — is important.

A tech-savvy blogger and writer. I take great interest in learning about new innovations in technology and how it is changing our world.