Mastering Wireless Infrastructure: Certified Technician Programme
Introduction
This comprehensive programme is designed to elevate learners’ existing cabling and networking expertise into the domain of advanced wireless infrastructure. Participants will gain a thorough understanding of current and emerging wireless networking technologies used for in-building wireless coverage, as well as methods of connecting to backbone networks.
Key areas include microwave radio bearers, fibre systems, and cable technologies, all aligned with the latest standards, codes of practice, and trade regulations. With a strong focus on **hands-on practical sessions**, participants will develop expertise in advanced wireless installation, troubleshooting, coverage surveys, and the use of professional testing tools. Additionally, participants will explore how to organise and manage system test results and site records effectively using OEM software.
By the end of the course, participants will be well-equipped to undertake and manage wireless infrastructure projects to the highest professional standards.
Program Objectives
By the end of this course, participants will be able to:
* Understand the role of the Certified Wireless Infrastructure Technician (CWIT) across core, distribution, and access layers.
* Apply knowledge of wireless standards, regulations, and emerging technologies to real-world installations.
* Master the fundamentals of wireless communications, including RF propagation, modulation, and spectrum usage.
* Plan, design, and install in-building wireless (IBW) systems with safety and efficiency.
* Commission, configure, and optimise wireless systems for maximum coverage and performance.
* Troubleshoot wireless infrastructure using advanced tools and methodologies.
* Integrate IBW solutions with emerging technologies, smart cities, and converged networks.
Course Outline
Day 1: Role of the Certified Wireless Infrastructure Technician (CWIT)
* The core layer
* The distribution layer
* The access layer
Day 2: Regulations, Standards, and Organisations
* Wireless regulations, codes, and compliance requirements
* Trade organisations, forums, and best practices
* Emerging technologies and global standards
Day 3: Fundamentals of Wireless Communications
* Electromagnetic spectrum overview
* Benefits of wireless solutions
* RF propagation principles
* Modulation schemes
Day 4: Wireless Networking Principles
* Cellular, WLAN, WAN, and microwave technologies
* Femto, Pico, Micro, and Macro cells
* Frequency bands, WLAN types, and channel numbers
* Core networks, SON, and network gateways
* Coverage and capacity in 2G, 3G, 4G LTE, and 5G NR
* WiFi 4, 5, 6, and 6E technologies
* MIMO antennas, RRH, PoE switches
* LiFi and other innovations
Day 5: Planning for In-Building Installations
* Site health & safety assessments
* Floor plans and administration
* Capacity and coverage planning with tools
* Fibre and Ethernet cable route planning
* Mounting choices and rack space planning
* PoE and AC/DC design considerations
* DAS systems and IBW convergence
* Role of wireless in smart city environments
Day 6: In-Building Installations
* Mounting RF units and structural support
* Tools, PPE, and installation safety
* PoE switch and server setup
* Power connections and earthing
* Ethernet and fibre cable testing
* Installation of RF antennas (1800 MHz, 2.4 GHz, 5 GHz, 6 GHz)
* Extending IBW beyond building environments
Day 7: In-Building Commissioning
* Powering up systems and initializing SON
* Configuring via CLI and GUI
* Testing: coverage, compliance, handover, and service provision
* RF coverage optimization and adjustments
* Documentation of test results
Day 8: Wireless Infrastructure Troubleshooting
* Identifying faulty RF units, PoE devices, or servers
* PoE and coverage testing with professional tools
* Typical replacement procedures (RF units, switches, servers)
Training Methodology
The programme integrates a **blended learning approach** combining:
* **Interactive lectures and discussions** on theory and standards.
* **Hands-on lab sessions** for installation, commissioning, and troubleshooting.
* **Case studies and simulations** based on real-world IBW deployment scenarios.
* **OEM software training** for documentation and test result management.
* **Collaborative exercises** to build problem-solving and team-based project skills.
Who Should Attend
This programme is ideal for:
* Network and cabling technicians seeking to specialize in wireless infrastructure.
* ICT engineers involved in in-building and enterprise wireless projects.
* Field engineers, installers, and system integrators working on IBW systems.
* Professionals aspiring to become Certified Wireless Infrastructure Technicians.
* Telecom project managers and supervisors overseeing wireless installations.
Enquiries and Registration
Enquiry at : admin@keleaders.com
Whatsapp: 0044 790 125 9494
For more details visit our website : www.keleaders.com
