If you’ve been in a nursing lab or simulation center for more than a week, you already know: technology is incredible… until it isn’t.

The barcode scanner won’t connect. The iPad won’t update. The manikin won’t sync. The Wi-Fi drops mid-scenario. And of course, it always seems to happen five minutes before students walk in the door.

At Sim2Grow, we’ve been there. We’ve worked alongside lab coordinators, simulation techs, and faculty who are juggling tight schedules, limited staff, and high expectations. Over time, we’ve learned a few practical strategies that help minimize disruptions and keep simulation days running smoothly.

Here are 8 troubleshooting tips and best practices that have truly worked for us.

1. Standardize Your Setup (and Document It)

One of the most effective ways to reduce technical glitches is to eliminate variation.

Create a standard setup checklist for every simulation space:

• iPads or laptops fully charged (or plugged in)
• Software updated and tested
• Wi-Fi connected and confirmed
• Required scenarios preloaded
• Backup login credentials are accessible

Even better? Document your “ideal setup” with photos. When multiple faculty or staff are involved, visual guides reduce confusion and shorten troubleshooting time.

We’ve found that a simple laminated one-page checklist in each lab saves more time than any last-minute scrambling ever could.

2. Test the Day Before—Not the Hour Before

It’s tempting to power everything on 30 minutes before students arrive. We get it. Schedules are packed.

But the single biggest stress-reducer we’ve seen is this: run a quick system test the day before.

Open the software. Walk through a mini-version of the scenario. Confirm devices are communicating properly.

Catching issues 24 hours in advance gives you breathing room. Waiting until the morning of often doesn’t.

If your schedule doesn’t allow for a full test, at least power on devices and confirm connectivity the day before. Many glitches (Wi-Fi drops, software updates, battery issues) reveal themselves immediately.

3. Control Automatic Updates

This one is a big one.

Automatic operating system updates or app updates can change settings, disrupt compatibility, or delay startup times.

Best practice:

• Turn off automatic updates on simulation devices.
• Schedule updates during planned downtime (e.g., between semesters).
• Test thoroughly after any update before using in live student sessions.

We’ve seen beautifully running systems suddenly act unpredictably simply because an iOS update ran overnight. Intentionally managing updates prevents a lot of avoidable stress.

4. Build a “Plan B” for Critical Moments

Technology is powerful—but simulation is about learning, not perfection.

Ask yourself:

• If Wi-Fi drops, can the scenario continue?
• If a device fails, do we have a backup?
• If the digital system freezes, can we pivot to a discussion-based debrief?

Having a backup device charged and ready (even one extra iPad or laptop) can save the day. But just as important is having a pedagogical backup plan.

Students don’t need flawless technology. They need guided learning. When tech hiccups happen—and they will on occasion—modeling calm problem-solving is part of the educational experience.

5. Strengthen Your Wi-Fi and Network Practices

Many technical “software problems” are actually connectivity problems.

A few practical tips:

• Use a dedicated Wi-Fi network for your simulation when possible.
• Limit unnecessary devices on the same network during sessions.
• Work with IT to prioritize simulation bandwidth during scheduled labs.
• Keep devices within recommended Wi-Fi range.

If you find yourself troubleshooting recurring connection drops, involve your IT team early. Often, small network adjustments make a big difference.

6. Train Faculty and Staff on the Basics

Not everyone in a simulation lab is equally comfortable with technology—and that’s okay.

We’ve found it helpful to offer:

• Short in-service refreshers before each semester
• Quick-start guides for new faculty
• 10-minute “tech confidence” walkthroughs before first use

When faculty understand basic pairing, charging, login, and navigation steps, small issues don’t escalate into major disruptions.

Empowerment reduces anxiety—and that changes the simulation’s entire atmosphere.

7. Keep a Troubleshooting Log

This might sound simple, but it’s incredibly effective.

Maintain a shared document noting:

• What went wrong
• What fixed it
• When it occurred
• Whether it repeated

Over time, patterns emerge. You may discover that a certain device disconnects when battery levels drop below 20%, or that Wi-Fi issues spike during certain hours.

Institutional memory matters—especially in busy academic environments with staff turnover.

8. Focus on Progress, Not Perfection

We often remind ourselves that simulation environments are complex ecosystems. You’re blending pedagogy, clinical realism, software, hardware, and human behavior.

Glitches don’t mean you’re doing it wrong.

In fact, some of the most meaningful improvements we’ve seen came after frustrating technical days that forced teams to refine processes.

If you’re navigating these challenges, you’re not alone. Every simulation program—large or small—has faced similar growing pains.

Final Thought

At the end of the day, technology should support learning—not overshadow it. With intentional setup processes, proactive testing, thoughtful update management, and a strong backup plan, most technical challenges become manageable rather than overwhelming.

From one simulation team to another: we’ve been there. And these practices have helped us create smoother, more confident simulation days—for both educators and students.

If you’d like to share what’s worked in your lab, we’d love to hear it. Simulation is stronger when we learn from each other.