Two wireless networks can be built with near-identical hardware and still deliver completely different performance — one reliable and fast, the other plagued by dropped packets and inconsistent throughput. The difference almost always comes down to how well the underlying system was designed and how rigorously its performance is measured and corrected. The Wireless Network Performance Engineering: Design, Analysis and Optimisation Training Courses, from Arab British Fellowship Training Academy, are built around that measurable gap between adequate and excellent wireless infrastructure.

Rather than starting from abstract propagation theory, the programme opens with the performance indicators engineers actually monitor — bit error rate and throughput — and works backward into the design decisions that shape them: fading channel behaviour, modulation and coding choices, MIMO and diversity techniques, spectral efficiency, and interference control. Participants finish with a structured design and optimisation methodology they can apply directly to real network problems. The course sits within Telecommunication Courses and is aimed at engineers who are accountable for how well a wireless network actually performs, not just how it is specified on paper.

By completing the Wireless Network Performance Engineering: Design, Analysis and Optimisation Training Courses, participants will be able to:

• Interpret bit error rate and throughput as diagnostic indicators of system health.
• Assess how fading channels and propagation conditions affect signal reliability.
• Select modulation and coding strategies appropriate to specific channel conditions.
• Apply MIMO and diversity techniques to improve capacity and reliability.
• Improve spectral efficiency in spectrum-constrained environments.
• Identify and mitigate sources of interference affecting network performance.
• Apply a structured methodology for wireless system design.
• Establish performance monitoring practices that catch degradation early.

Target Audience

• Telecommunications and RF engineers
• Wireless network and network planning professionals
• Network performance engineers
• Technical managers overseeing telecommunications infrastructure
• ICT and telecommunications managers
• Wireless project managers
• Radio access network professionals
• Technical consultants serving telecommunications clients

Modules

Module 1: Reading Network Performance — BER and Throughput as Diagnostic Signals

• Bit error rate as an indicator of transmission reliability
• Theoretical vs. observed throughput
• Using performance indicators to locate root causes

Module 2: Wireless Fundamentals and Fading Channels

• Path loss, shadowing, and multipath propagation
• How fading conditions vary across environments
• Linking channel behaviour to observed performance

Module 3: Modulation, Coding and Transmission Trade-offs

• Selecting modulation schemes for given channel conditions
• Coding strategies and their effect on robustness
• Balancing data rate against reliability

Module 4: MIMO and Diversity — Getting More from the Same Spectrum

• Multiple antenna configurations and spatial processing
• Diversity techniques for reducing fading impact
• Practical implementation considerations

Module 5: Spectral Efficiency and Spectrum Utilisation

• Relationship between bandwidth, data rate, and configuration
• Techniques for improving spectrum use under constraints

Module 6: Interference Management and Optimisation Strategy

• Identifying interference sources
• Frequency planning and configuration adjustments
• Choosing optimisation measures based on evidence

Module 7: Structured Wireless System Design

• Requirements analysis: coverage, capacity, and reliability targets
• Translating design decisions into measurable outcomes

Module 8: Performance Monitoring in Live Networks

• Key indicators for ongoing monitoring
• Interpreting performance data over time
• Connecting monitoring results to maintenance and upgrade decisions

Module 9: Bringing It Together — Integrated Performance Optimisation

• Reviewing how design, channel conditions, and monitoring interact
• Building a continuous improvement cycle for wireless infrastructure

FAQs

1. Does the course start from performance data or from theory?

It starts from the performance indicators engineers monitor day to day, then works back into the design factors that explain them.

2. Is MIMO covered in depth?

Yes, MIMO and diversity techniques have a dedicated module covering configuration and implementation trade-offs.

3. Is this course suitable for network planners as well as RF engineers?

Yes, both roles are addressed, since design decisions and performance monitoring are treated as one connected process.

4. Does the training include a design methodology I can reuse?

Yes, a dedicated module provides a structured design approach applicable to real projects.

5. Who is this course for?

Engineers and managers accountable for measurable wireless network performance, not just system specification.