ENWLSI 300-430 study plan

Map the exam blueprint against your current job tasks and write a gap list of at least 10 specific skills you cannot yet perform without documentation

Build a lab topology in Cisco DNA Center or a controller-based lab with one WLC, two APs, and a management VLAN, and bring it to a working registered state

Practice navigating the controller GUI and CLI to locate client detail, AP detail, and alarm views without searching

Capture a baseline of normal AP join, client association, and roaming events in the event log so you can recognize anomalies later

Configure and interpret syslog, SNMP traps, and NTP on the controller, then generate a test alarm and confirm it reaches your collector

Use controller troubleshooting tools (ping, traceroute, debug client, packet capture) to diagnose a deliberately broken client DHCP flow

Read a client detail page and explain each field that would change between a healthy and failing association

Diagnose an AP that fails to join by checking licensing, time, certificate, and CAPWAP reachability in order

Document a triage checklist that moves from physical/RF to CAPWAP to authentication to policy

Configure WPA2-Enterprise with 802.1X against a local RADIUS server and verify a successful and a failed authentication in logs

Configure and test a web policy (web authentication) WLAN and explain how it differs from guest portal flows

Configure an ACL and a client exclusion policy, then prove exclusion triggers after repeated failed authentications

Compare PSK, 802.1X, web policy, and FlexConnect local switching security behavior and note where each breaks

Enable and read controller security alarms and attack signatures for management frame protection

Deploy a guest WLAN with an anchor controller and verify tunneling of guest client traffic from foreign to anchor

Configure a guest portal with guest user accounts, sponsor approval, and a time-limited access policy, then test expiry

Apply guest traffic isolation and a guest-specific ACL restricting access to internal subnets

Explain and test the difference between centrally switched guest access and FlexConnect local switching guest access

Verify guest client VLAN, DHCP, and DNS behavior end to end with packet capture or client detail inspection

Configure QoS profiles and map them to WLANs, then verify the mapping appears on the AP and client

Configure AVC or application visibility for a chosen application and confirm classification in the controller

Configure and test EDCA/WMM parameters and explain how they affect voice and video clients

Configure bandwidth contracts or rate limiting on a WLAN and measure the effect with a throughput test

Trace a packet through the QoS pipeline from wireless client to wired uplink and identify each marking point

Configure an HA pair (or N+1 with a backup controller) and verify AP and client failover by disabling the primary

Configure mobility groups between two controllers and test client roaming with a documented roam event

Configure multicast on the controller for a video stream and verify IGMP snooping and multicast-direct behavior

Enable mDNS snooping and a service policy so a Bonjour printer or AirPlay service is discoverable across VLANs

Test and document a FlexConnect local switching setup with local auth and central DHCP

Design and implement a full WLAN from a written scenario covering SSIDs, VLANs, security, QoS, and guest access without referring to notes

Use Prime Infrastructure or DNA Center to run a report and interpret client health and AP performance metrics

Perform RF validation with a site survey tool and identify at least three coverage or interference issues in your lab or a simulated dataset

Tune RRM, channel width, and transmit power and measure the change in client experience

Re-run your week 2 runbook against a new injected fault and record whether the checklist held

Take a timed 60-question practice set weighted by domain percentage and score each domain separately

Re-study only the two lowest-scoring domains and rewrite your notes into one-page summaries

Re-lab the three configurations you were slowest to build during the practice set

Review every missed question and write the underlying fact or procedure it tested

Confirm exam-day logistics and finalize a one-page command and GUI-path cheat sheet