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Certified Wireless Network Administrator Online Course and Certification

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Overview:

Master the fundamentals of Wi-Fi Network Administration with the Certified Wireless Network Administrator course. The course is perfect for learners to gain an understanding in Wi-Fi skills and knowledge. Learners can advance in their career and employment opportunities in the field of wireless networking. Learners will gain expertise in Wi-Fi that will enable them to administer an enterprise Wi-Fi network. It is a hands-on course with access to real-world case scenarios to ensure learners know how to apply their skills and expertise on the job.

The Certified Wireless Network Administrator course will discuss topics including Wi-Fi design, security, troubleshooting and the various tools to use for it.

The Certified Wireless Network Administrator is the ideal course for learners looking to take their career to the next level. The course is internationally recognised and accredited to a training organisation and you will be issued an internationally recognised qualification following full completion of Certified Wireless Network Administrator course.

Why consider 1Training?

As improvements and advancements are made in technology, online courses are no longer just conventional means of studying at affordable costs. In many aspects online training offers superiority to traditional learning. There is an effectiveness and convenience that traditional learning cannot provide. The overall convenience and flexibility makes it a superior learning method.

1Training offers the most convenient path to gain an internationally recognised qualification that will give you the opportunity to put into practice your skill and expertise in an enterprise or corporate environment. You can study at your own pace at 1Training and you will be provided with all the necessary material, tutorials, qualified course instructor and multiple free resources which include Free CV writing pack, Nus Discounted Card, Free career support and course demo to make your learning experience enriching and more rewarding.

Learning Outcomes

  • Gain an understanding of the roles and responsibilities of the Wi-Fi governing bodies.
  • Learn about radio frequency bands, behaviours and properties.
  • Understand antenna types and installation techniques.
  • Learn about the Wi-Fi communications process.
  • Understand Wi-Fi security standards.

Course Titles

  • Module 01: Overview of Wireless Communications
  • Module 02: Fundamentals of RF
  • Module 03: Components and Measurements of RF
  • Module 04: RF Signal and Antenna Concepts
  • Module 05: IEEE 802.11
  • Module 06: Spread Spectrum Technologies
  • Module 07: WLAN Topologies
  • Module 08: Wi:Fi Access
  • Module 09: MAC Architecture
  • Module 10: WLAN Architecture
  • Module 11: WLAN Deployment
  • Module 12: Troubleshooting
  • Module 13: Security
  • Module 14: Types of Wireless Attacks
  • Module 15: Fundamentals of Site Surveys
  • Module 16: Site Survey Tools
  • Module 17: PoE
  • Module 18: High Throughput (HT)
  • Module 19: Very High Throughput (VHT)
  • Module 20: BYOD

Access Duration

The course will be directly delivered to you, and you have 12 months access to the online learning platform from the date you joined the course.  The course is self-paced and you can complete it in stages, revisiting the lectures at anytime.

Who is this Course aimed at?

  • The course is for Network Administrators.
  • Wi-Fi Engineers
  • Network Technicians.
  • Learners looking to advance their knowledge in wireless networking.
  • Individuals working as security consultants and wireless network design.

Entry Requirements

  • It is recommended that learners have a good understanding of wired and wireless networks.
  • Learners should have basic familiarity with networking protocols including TCP/IP.

Method of Assessment

At the end of the Certified Wireless Network Administrator course you will be required to take a multiple choice question assessment test. The multiple choice question assessment will be automatically marked with learners receiving an instant grade.

If it is an official exam you will have to purchase it separately on the relevant website.

Certification

Those who successfully complete the exam will be awarded the certificate in Certified Wireless Network Administrator.

Awarding Body

The certificate will be awarded by National Initiative for Cybersecurity Careers and Studies (NICCS). This internationally recognised qualification will make your CV standout and encourage employers to see your motivation at expanding your skills and knowledge in the IT enterprise.

Progression and Career Path

Once you successfully complete Certified Wireless Network Administrator you will be qualified to work in the following positions. The Certified Wireless Network Administrator qualification will also put you in line to demand a higher salary or job promotion. The average UK salary per annum according to https://www.payscale.com is given below.

  • Network Support Technician – £18,499 per annum
  • IT Manager – £38,366 per annum
  • Network Administrator – £25,250 per annum
  • System Administrator – £24,631 per annum
  • Security Consultant (Networking) – £46,517 per annum
  • IT Support Technician – £18,634 per annum

Other Benefits

  • Written and designed by the industry’s finest expert instructors with over 15 years of experience
  • Repeat and rewind all your lectures and enjoy a personalised learning experience
  • Gain access to quality video tutorials
  • Unlimited 12 months access from anywhere, anytime
  • Excellent Tutor Support Service (Monday to Friday)
  • Save time and money on travel
  • Learn at your convenience and leisure
  • Quizzes, tests mock exams, practice exams to ensure you are 100% ready
  • Eligible for a NUS discount card
  • Free Career Support Service
  • 25% Discount on personal Statement and covering letter writing service
  • Free Access to Over 150 courses for 2 days (48 hours)
Course Curriculum Total Units : 236
➤ Module 01 - Overview of Wireless Communications
Course Introduction
1.0 Overview of Wireless Communications
1.1 Overview of Wireless History
1.2 Standards
1.3 The FCC
1.4 ITU-R
1.5 IETF
1.6 ISOC Hierarchy
1.7 Wi-Fi Alliance
1.8 IEEE
1.9 The Hierarchical Model
1.10 Carrier Signals
1.11 Communication Fundamentals
1.12 Module 01 Review
➤ Module 02 - Fundamentals of RF
2.0 Fundamentals of RF
2.1 What is an RF Signal?
2.2 Characteristics of RF
2.3 Wavelength
2.4 Frequency
2.5 Amplitude
2.6 Phase
2.7 RF Behaviors
2.8 Absorption
2.9 Reflection
2.10 Scattering
2.11 Refraction
2.12 Diffraction
2.13 Attenuation
2.14 Multipath
2.15 Gain
2.16 Module 02 Review
➤ Module 03 - Components and Measurements of RF
3.0 Components of Measurements of RF
3.1 Components of RF Communications
3.2 Transmitter
3.3 Antenna
3.4 Receiver
3.5 Intentional Radiator (IR)
3.6 Equivalent Isotropically Radiated Power (EIRP)
3.7 Units of Power and Comparison
3.8 Units of Power
3.9 Watt
3.10 Decibel (dB)
3.11 dB Mathematics
3.12 dBi
3.13 dBd
3.14 dBm
3.15 The 6dB Rule
3.16 RF Mathematics
3.17 Rule of 10s and 3s
3.18 Math Examples (eNotes)
3.19 Noise Floor
3.20 SNR
3.21 Received Signal Strength Indicator (RSSI)
3.22 RSSI Example
3.23 Module 03 Review
➤ Module 04 - RF Signal and Antenna Concepts
4.0 RF Signal and Antenna Concepts
4.1 Azimuth and Elevation Charts (Antenna Radiation Envelopes)
4.2 Beamwidth
4.3 Antenna Types
4.4 Omnidirectional Antenna
4.5 Semidirectional Antenna
4.6 Patch Antenna
4.7 Planar Antenna
4.8 Yagi Antenna
4.9 Highly Directional Antenna
4.10 Antenna Arrays
4.11 Beamforming
4.12 Static Beamforming
4.13 Dynamic Beamforming
4.14 Transmit Beamforming
4.15 Antenna Polarization
4.16 Antenna Diversity
4.17 Multiple-Input, Multiple-Output
4.18 Module 04 Review
➤ Module 05 - IEEE 802.11
5.0 IEEE 802.11
5.1 Original IEEE 802.11 Standard
5.2 IEEE 802.11-2007 Ratified Amendments
5.3 802.11b
5.4 802.11a
5.5 802.11g
5.6 802.11 Review
5.7 802.11i
5.8 802.11r-2008
5.9 802.11w
5.10 802.11n
5.11 802.11ac
5.12 Module 05 Review
➤ Module 06 - Spread Spectrum Technologies
6.0 Spread Spectrum Technologies
6.1 Industrial, Scientific, and Medical Bands
6.2 900 MHz
6.3 2.4 GHz
6.4 5.0 GHz
6.5 Unlicensed National Information Infrastructure Bands
6.6 U-NII Review
6.7 60 GHz
6.8 Narrowband and Spread Spectrum
6.9 Multipath Interference
6.10 Frequency Hopping Spread Spectrum
6.11 Hopping Sequence
6.12 Dwell Time
6.13 Hop Time
6.14 Direct Sequence Spread Spectrum
6.15 Orthogonal Frequency Division Multiplexing
6.16 2.4 GHz (Cont.)
6.17 5.0 GHz (Cont.)
6.18 Adjacent, Nonadjacent, and Overlapping Channels
6.19 Throughput vs. Bandwidth
6.20 Module 06 Review
➤ Module 07 - WLAN Topologies
7.0 WLAN Topologies
7.1 Wireless Networking Topologies
7.2 Wireless Wide Area Network (WWAN)
7.3 Wireless Metropolitan Area Network (WMAN)
7.4 Wireless Personal Area Network (WPAN)
7.5 Wireless Local Area Network (WLAN)
7.6 802.11 Topologies
7.7 Access Points
7.8 Distribution Service
7.9 SSID
7.10 BSS
7.11 ESS
7.12 Roaming
7.13 Mesh BSS
7.14 WLC Roaming (eNotes)
7.15 Access Point Modes
7.16 Client Station Modes
7.17 Module 07 Review
➤ Module 08 - Wi-Fi Access
8.0 Wi-Fi Access
8.1 CSMA/CA vs. CSMA/CD
8.2 CSMA/CD (eNotes)
8.3 CSMA/CA
8.4 CSMA/CA (eNotes)
8.5 Distributed Coordination Function
8.6 Interframe Space (IFS)
8.7 SIFS/DIFS
8.8 Carrier Sense
8.9 Point Coordination Function (PCF)
8.10 Block Acknowledgment
8.11 Airtime Fairness
8.12 Module 08 Review
➤ Module 09 - MAC Architecture
9.0 MAC Architecture
9.1 Packets, Frames, and Bits (eNotes)
9.2 Data-Link Layer
9.3 MAC
9.4 Ethernet Connectivity
9.5 Frame Information
9.6 Management Frames
9.7 Control Frames
9.8 Data Frame Subtypes
9.9 Beacon Frames
9.10 Beacon Frame Types
9.11 Passive Scanning
9.12 Active Scanning
9.13 Authentication
9.14 Open System Authentication
9.15 WEP Authentication
9.16 Association
9.17 Module 09 Review
➤ Module 10 - WLAN Architecture
10.0 WLAN Architecture
10.1 Management, Control, and Data Planes
10.2 Management Plane
10.3 WLC (eNotes)
10.4 Control Plane
10.5 Data Plane
10.6 Autonomous WLAN Architecture
10.7 Centralized Network Management Systems
10.8 Cloud Networking
10.9 Centralized WLAN Architecture
10.10 WLAN Controller
10.11 WLC Options
10.12 Split MAC
10.13 Controller Data Forwarding Models
10.14 Module 10 Review
➤ Module 11 - WLAN Deployment
11.0 WLAN Deployment
11.1 Deployment Considerations for Commonly Supported WLAN Applications and Devices
11.2 Real-Time Location Services
11.3 Mobile Devices
11.4 Corporate Data Access and End-User Mobility
11.5 Network Extension to Remote Areas
11.6 Wireless ISP: Last-Mile Data Delivery
11.7 SOHO
11.8 ROBO
11.9 Educational/Classroom Use
11.10 Health Care
11.11 Hotspots
11.12 Fixed Mobile Convergence
11.13 Module 11 Review
➤ Module 12 – Troubleshooting
12.0 Troubleshooting
12.1 Layer 2 Retransmissions
12.2 RF Interference
12.3 802.11 Coverage Considerations
12.4 Capacity vs. Coverage
12.5 Voice vs. Data
12.6 Performance
12.7 Weather
12.8 Module 12 Review
➤ Module 13 – Security
13.0 Security
13.1 802.11 Security Basics
13.2 Robust Security
13.3 Module 13 Review
➤ Module 14 - Types of Wireless Attacks
14.0 Types of Wireless Attacks
14.1 Wireless Attacks
14.2 Intrusion Monitoring
14.3 Wireless Security Policy
14.4 Highly Recommended Wireless Security Policies
14.5 Module 14 Review
➤ Module 15 - Fundamentals of Site Surveys
15.0 Fundamentals of Site Surveys
15.1 WLAN Site Survey Interview
15.2 Documents and Reports
15.3 Module 15 Review
➤ Module 16 - Site Survey Tools
16.0 Site Survey Tools
16.1 Protocol and Spectrum Analysis
16.2 Spectrum Analysis
16.3 Site Survey
16.4 AP Placement and Configuration
16.6 Indoor Site Survey Tools
16.6 Indoor Site Survey Tools
16.7 Outdoor Site Survey Tools
16.8 Coverage
16.9 Confirmation
16.10 Module 16 Review
➤ Module 17 – PoE
17.0 PoE
17.1 Non-Standard
17.2 802.3af
17.3 Powered Device
17.4 Discovery
17.5 Endpoint
17.6 Midspan
17.7 MDI
17.8 PoE (Cont.)
17.9 Module 17 Review
➤ Module 18 - High Throughput (HT)
18.0 High Throughput (HT)
18.1 802.11n-2009 Amendment
18.2 Wi-Fi Alliance Certification
18.3 MIMO
18.4 Spatial Multiplexing (SM)
18.5 MIMO Diversity
18.6 Space-Time Block Coding (STBC)
18.7 Cyclic Shift Diversity (CSD)
18.8 Transmit Beamforming (TxBF)
18.9 20 MHz Non-HT and HT Channels
18.10 40 MHz Channels
18.11 Module 18 Review
➤ Module 19 - Very High Throughput (VHT)➤ Module 19 - Very High Throughput (VHT)
19.0 Very High Throughput (VHT)
19.1 802.11ac
19.2 Module 19 Review
➤ Module 20 – BYOD
20.0 BYOD
20.1 Mobile Device Management
20.2 Company-Issued Devices vs. Personal Devices
20.3 MDM Profiles
20.4 MDM Agent Software
20.5 Over the Air Management
20.6 Guest WLAN
20.7 Guest Isolation
20.8 Guest Registration
20.9 Module 20 Review
20.10 Course Closure
16.5 Application Analysis
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