B01
RF Fundamentals & Wireless Physics
Signal propagation, dBm/mW math, SNR and the physics that governs every wireless design.
Track B10 modules · 70 production-grade assets
Wireless
End-to-end RF and Wi-Fi engineering for a wireless-first world.
10 modules, sequenced foundation → design 7 assets per module — theory always ships with a lab Career ladder with salary bands at every rung
What this track covers
One focus. One measurable outcome.
Focus
From RF physics and 802.11 generations through WPA3/802.1X security, high-density design and IoT/Private 5G.
Graduate outcome
Graduate can run a professional site survey, design a high-density WLAN and secure it with WPA3/802.1X — a specialised, hard-to-automate skill set that commands the wireless premium.
Syllabus
10 modules, in the order you'll master them.
Each module is a complete unit of competence — sequenced so every later module stands on the one before it, and every one ships the same seven production-grade assets.
B02
802.11 Standards & Wi-Fi Generations
From 802.11a/b/g/n/ac to Wi-Fi 6/6E/7 — PHY features, channels and capabilities.
B03
WLAN Architecture
Autonomous, controller-based and cloud-managed WLAN models and when each fits.
B04
Antennas, Coverage & Capacity Planning
Antenna patterns, EIRP, cell sizing and designing for coverage and capacity.
B05
Wireless Site Survey & Spectrum Analysis
Predictive, passive and active surveys plus spectrum analysis to find and fix interference.
B06
WLAN Security — WPA3, 802.1X & EAP
WPA3 transition, 802.1X/EAP methods and building an enterprise-secure WLAN.
B07
Roaming, QoS & Voice-Video over WLAN
Fast roaming (802.11r/k/v), WMM and delivering real-time media over Wi-Fi.
B08
High-Density & Enterprise WLAN Design
Stadiums, campuses and offices — band steering, airtime fairness and high-density design.
B09
Wireless Troubleshooting & Optimization
A methodical approach to RF, roaming and client-connectivity problems.
B10
Emerging Wireless: IoT, Private 5G & Location Services
BLE/IoT, private 5G/CBRS and RTLS location services beyond classic Wi-Fi.
The 7-asset system
Every module ships the same seven assets — 70 across this track.
You never get theory without a lab, a lab without commands, or a command without a way to verify it worked. Each of the 10 modules in Track B delivers all seven — closing with a 5-part workbook that hardens you for the exam and the job interview alike.
How the method worksStudy Guide
Focused conceptual grounding, scoped precisely to what the lab will exercise.
Lab Guide
Hands-on, step-by-step builds on real topologies — configure the actual technology, not a simulation.
Command Guide
A working reference of the exact CLI/API syntax used in the lab — muscle memory, not abstraction.
Glossary
Module-specific terminology that closes the language gap between generalist and specialist.
Solution Guide
Fully worked answers and reference configurations so learners self-correct and understand the reasoning.
Lab Outcomes & Verification
Explicit success criteria — the learner proves the lab works and produces evidence of competence.
5-Part Workbook
Exam-ready hardening: Foundations → Terminology → Concept Mastery → Design Challenges → Exam Simulation.
Career ladder
Where Track B takes you — with the salary band at each rung.
01Entry · 0-2 yrs
Wireless / Field Support Engineer
Rs 4-7 LPA
02Mid · 2-5 yrs
WLAN Design Engineer
Rs 8-16 LPA
03Senior · 5-9 yrs
Wireless Solution Architect
Rs 16-30 LPA
04Architect · 9+ yrs
Principal Wireless Architect / TME
Rs 28-55 LPA
Prove it with a certification
Track B maps directly to the Wireless Stream.
A three-tier wireless engineering ladder — from RF fundamentals and site surveys to expert-level high-density design, private 5G and WPA3/802.1X security. Product-aligned to Aruba (AOS-10, Central, ClearPass) and the CWNP body of knowledge.
Explore the Wireless Stream10 modules. 70 assets. One track — deployable on day one.
End-to-end RF and Wi-Fi engineering for a wireless-first world.