Bandwidth Crunch Before State Testing

I would start with peak bandwidth utilization by time and building, not just the 150 Mbps total. If utilization is near capacity during testing but low otherwise, the problem is peak concurrency; if it is high all day, the district needs a different solution. I would request wireless surveys for both buildings, especially the gym, including signal strength, interference, and access-point counts. I would also pull the state assessment technical requirements and the prior year’s disconnection logs by room and device to distinguish wireless failures from bandwidth failures and device problems.

I would inventory switch capacity, content filtering, and the number of active devices per access point. I would check whether the 620 Chromebooks are healthy and whether updates are scheduled during testing. I would ask the business office for E-rate eligibility and state reimbursement rules, plus quotes for fiber, wireless, and managed services. Finally, I would talk with teachers about which instructional uses actually fail. More devices without this data could worsen congestion. The 12% interruption figure is a symptom, not a diagnosis, and the board should not fund a purchase until the failure point is identified.

I would not buy 200 more Chromebooks first. The district already has 620 devices for grades 6–12, and the failure occurred when 300 students tested at once. Adding devices increases the number of clients competing for the same 150 Mbps and the same wireless spectrum, so it could make the testing problem worse while adding management cost. Chromebooks are also not E-rate Category 2 eligible in the same way as internal broadband infrastructure, so using that funding for devices may be inconsistent with the program’s purpose.

My priority order would be: first, wireless coverage and capacity in the gym and any overflow testing rooms, including access points and cabling; second, a bandwidth upgrade or aggregation if the utilization data show a true peak shortfall, using E-rate Category 2 and state reimbursement where available; third, network management such as QoS for testing traffic, caching, and scheduled updates; fourth, a testing readiness plan with device checkout, offline backup procedures, and staggered sessions. If devices are still short after those fixes, I would consider a smaller lease or cart purchase from general funds. The tradeoff is clear: the director’s plan solves a device-count problem, while the evidence points to a network-capacity problem.

I would lead with the risk in plain language: last spring, 12% of online testing sessions were interrupted, and the gym has no wireless coverage. A quick purchase of more Chromebooks would be visible, but it would put more cars on the same narrow road. I would show a simple before-and-after diagram of the network path from device to access point to switch to fiber, with the known bottleneck marked. I would present two options with costs, timelines, and expected effects: devices only, which improves inventory but not testing reliability, and network-first, which targets the rooms and peak periods that failed.

I would be honest about uncertainty and name the data still needed, such as the wireless survey and peak utilization report. I would commit to public metrics: testing session completion rate, wireless coverage in the gym, and bandwidth utilization during peak hours. I would also explain E-rate eligibility and the state reimbursement condition without jargon. The board needs to see that the recommendation is not anti-device; it is sequencing. If the district later needs more devices, the network will be able to support them. I would invite questions from teachers and parents and publish a one-page FAQ.