Cisco WLCOR 350-101 study plan

Convert between dBm, mW, and dB for 15 values by hand with zero calculator errors

Compute EIRP from radio power, cable loss, and antenna gain across 8 practice problems

Sketch the 2.4 GHz, 5 GHz, and 6 GHz channel plans and label overlapping, non-overlapping, and DFS channels

Explain how Fresnel zone clearance and free-space path loss change a point-to-point link budget in a 1-page write-up

Match 6 antenna types (omni, patch, Yagi, panel, dipole, sector) to their coverage use cases

Translate a stated business requirement into coverage and capacity requirements with explicit client mix and throughput assumptions

Compare predictive, AP-on-a-stick, passive, and validation surveys and select the right one for 5 given scenarios

Produce an AP count and mounting plan for a 3-floor office building with stated justification for each placement decision

Justify a channel reuse and transmit power plan against stated co-channel and adjacent-channel interference rules

Re-run 10 missed week-1 RF items to confirm retention

Build a comparison table of AireOS versus Catalyst 9800 configuration models across at least 6 feature areas

Map cloud, on-premises, embedded controller, and Meraki deployment models to 3 customer scenarios each with a stated trade-off

Trace the packet path of a client association under central switching, FlexConnect local switching, and fabric-enabled wireless

Size a controller deployment including SSO HA pairing and N+1 sparing given AP counts and availability requirements

Explain CAPWAP control versus data tunneling and when each mode is used

Sequence the full client join from probe through association, 802.1X/EAP, key derivation, and the 4-way handshake in the correct order

Differentiate intra-controller, inter-controller, Layer 3, CCKM, OKC, and 802.11r roaming and choose the correct type for 5 stated scenarios

Diagnose 6 given client connectivity symptoms and assign a root cause to each

Describe how mobility groups, mobility anchors, and guest anchoring affect a roam in a written explanation

List the log or event evidence you would collect to prove a roam actually occurred

Select the appropriate EAP method and 802.1X design for 5 stated security and client-OS requirements

Compare WPA2, WPA3, OWE, PMF, and transition modes and state when each is required or recommended

Diagram the RADIUS/AAA flow including CoA, accounting, and web-auth guest onboarding decision points

Apply policy constructs (ACLs, VLAN-to-WLAN mapping, Flex ACLs, client profiling, device classification) to 3 scenarios

Identify the correct certificate and trust setup for a stated controller and AP deployment

Rank available troubleshooting data sources (packet capture, spectrum analysis, client debug, RRM logs, controller alarms) against 6 given symptom categories

Write the isolation sequence for an AP join failure covering CAPWAP discovery state, licensing, certificates, and reachability

Map at least 8 controller and AP health metrics to concrete alert thresholds and explain what each indicates

Explain RRM, DCA, and TPC behavior and state the conditions under which each should be disabled or tuned

Describe the first, second, and third checks for 10 common client, AP, and controller symptoms

Redo every item missed in weeks 1 through 4 and write the correct fact behind each miss

Re-derive AP count and channel plan for two new scenarios in under 20 minutes each

Explain CAPWAP operation, roaming types, and 802.1X from memory in a 10-minute teach-back for each

Close every open weak-area item to at least 90% retention on retest

Complete two timed 90-question mixed practice sets under exam time pressure

Review every missed item and record the correct fact and the reason for the miss

Recite the domain weight map and convert it into a per-domain time budget for exam day

Condense all eight weeks of notes into a single review sheet you can read in 20 minutes