Blog Post
Upgrading your school’s WiFi isn’t just a technical decision; it directly impacts teaching, digital learning, safeguarding, staff productivity, and future readiness.
Whether you’re preparing for a full network refresh or simply want to understand how your current setup performs, this checklist walks you through the key steps every school should take before investing in an upgrade.
This guide is designed to help senior leaders, IT teams and trust-wide decision makers assess their digital infrastructure with confidence.
Before planning any upgrade, audit the devices using your network:
Total number of connected devices
Student and staff laptops/tablets
Smart boards and classroom tech
Guest devices
IoT (CCTV, sensors, printers, access control, HVAC)
Why it matters:
Most networks fail because demand quietly grows while infrastructure stays the same. Capacity planning starts with knowing what’s connected now — and what’s coming next.
A professional wireless survey should examine:
Building layout and construction materials
Cabling routes and condition
Existing access point locations
Signal coverage and blind spots
Interference sources
Switch capacity and PoE availability
Why it matters:
No two school buildings are the same. A survey ensures consistent coverage across classrooms, corridors, halls, SEN rooms, outdoor spaces and temporary buildings.
A future-ready school network needs:
High-density coverage in classrooms
Reliable performance during simultaneous lessons
Strong upload speeds for cloud-based learning
Capacity for video, VR/AR tools and digital exams
Why it matters:
WiFi performance isn’t just about coverage — capacity and density are critical for modern learning environments.
Capture baseline metrics such as:
Latency
Download/upload speeds
Device load per access point
Signal strength and roaming behaviour
Packet loss and congestion points
Why it matters:
Benchmarking helps you clearly measure the impact of an upgrade — and identify urgent issues early.
A secure network should include:
Encrypted staff and student networks
Segmented guest access
Web filtering and content controls
Monitoring and reporting tools
Secure device onboarding
Regular firmware updates and patching
Why it matters:
Schools handle sensitive data and must meet strict safeguarding and GDPR requirements. Network security must be built in, not added later.
Your upgrade should support:
WiFi 6 or WiFi 6E technology
Increasing device counts
New buildings or mobile classrooms
EdTech adoption over the next 5–7 years
Why it matters:
A future-proof network protects budgets by avoiding costly upgrades later.
Choose the right operational approach:
Self-Managed:
Suitable for schools with in-house IT teams
Requires ongoing monitoring, updates and troubleshooting
Managed Service:
Remote monitoring
Preventative maintenance
Firmware updates
Ongoing optimisation
Fast response to issues
Why it matters:
A managed service reduces pressure on internal teams and ensures long-term stability.
Your budget should consider:
Access points
Cabling and switching
Installation labour
Licensing and software
Ongoing support
Equipment lifecycle (typically 5–7 years)
Why it matters:
Clear TCO planning ensures long-term value and avoids unexpected costs.
Include:
IT teams
SLT
Trust leadership
Classroom staff
Safeguarding leads
SEND support
Procurement teams
Why it matters:
Alignment ensures decisions support both educational outcomes and operational needs.
After installation, schedule:
Regular network health checks
Usage and performance reporting
Termly optimisation
Reviews of curriculum needs
Updates for new devices and learning tools
Why it matters:
WiFi isn’t “fit and forget” — ongoing optimisation keeps the network performing at its best.
This checklist is available as a downloadable, print-friendly PDF to help your team assess your current network and plan a future-ready upgrade.
hello@simpli-fi.co.uk
simpli-fi.co.uk
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As founder of Simpli-Fi, Gary's knowledge of cutting-edge networks and technology solutions is second to none. Gary has worked on countless projects over the years, from straightforward connectivity projects to complex, large-scale networking projects across multiple buildings.
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