A field radio goes quiet mid-transmission — is it a dead battery, a bad antenna, bad weather, or is someone actively jamming the frequency? Getting that diagnosis wrong wastes hours and, in some environments, puts operations at risk. The Detecting and Defending Against Radio Jamming course, from Arab British Fellowship Training Academy, trains technical teams to answer that question quickly and respond appropriately.

Delivered within the Telecommunication Courses portfolio, the programme starts from the practical problem — a communication link degrading or failing — and works backward to the underlying cause. Participants learn to separate everyday interference from deliberate jamming, and to distinguish between wide-band barrage jamming and narrowly targeted spot jamming, each of which demands a different response.

Detection is only useful if a team can act on it, so the course spends significant time on spectrum monitoring: establishing a normal baseline for an organisation's radio environment so that abnormal activity actually stands out, and on interference source location — the structured, lawful process of narrowing down where a disruptive signal is coming from.

On the defensive side, the programme covers the communications-engineering techniques that keep systems operating under interference: anti-jam waveforms and frequency hopping, alongside the organisational side of the problem — countermeasure planning, incident response, and the risk-management frameworks that connect a single interference event to broader communications resilience.

Arab British Fellowship Training Academy built the course for organisations that depend on dependable wireless connectivity and need staff who can tell the difference between a bad day on the airwaves and a deliberate attack on it.

The course builds a defensive workflow in the order a technical team would actually use it: recognise, locate, defend, respond, govern.

Recognising the problem

• Distinguish normal signal activity from accidental interference and deliberate jamming.
• Differentiate barrage jamming from spot jamming based on spectrum coverage and signal characteristics.
• Establish spectrum monitoring baselines that make abnormal activity easier to identify.

Locating and classifying interference

• Apply systematic detection and classification methods before drawing conclusions or escalating.
• Use directional observations, coordinated measurements, and geographic correlation to narrow down a source area.

Building resilient communications

• Understand how anti-jam waveform design affects a system's ability to keep operating under interference.
• Apply frequency hopping as a defensive strategy and understand its coordination requirements.
• Develop countermeasure plans that weigh operational priorities, legal constraints, and incident severity.

Responding and governing

• Record, assess, escalate, and review interference incidents using structured response procedures.
• Connect interference management to wider organisational risk management and continuity planning.
• Embed spectrum awareness into corporate governance, reporting, and compliance processes.

Target Audience

Telecommunications managers and radio-frequency engineers are the primary audience, alongside spectrum management professionals and network operations teams responsible for keeping wireless infrastructure connected.

Wireless communication specialists, technical security teams, and infrastructure and operations managers will find direct application in day-to-day monitoring and incident response.

The course is equally relevant to emergency and critical communications personnel who depend on uninterrupted radio links, and to research and development professionals building resilience requirements into new wireless technologies.

Modules

Module 1: Static, Storm, or Sabotage? Telling Interference From Jamming

• Normal signal activity versus accidental interference versus intentional disruption
• How interference affects signal quality, coverage, and service continuity
• Principal characteristics of radio jamming techniques

Module 2: Barrage vs Spot Jamming — Reading the Pattern

• Differences in spectrum coverage and affected communication conditions
• Why accurate classification supports effective defensive analysis

Module 3: Keeping Watch — Spectrum Monitoring and Signal Awareness

• Monitoring principles, observation practices, and establishing baselines
• Using monitoring data to identify unusual activity across multiple sites

Module 4: Detecting, Classifying and Locating Interference

• Systematic detection and classification before escalation
• Interference source location: monitoring points, directional observations, geographic correlation

Module 5: Building Resilient Communications — Anti-Jam Waveforms and Frequency Hopping

• Waveform characteristics and their effect on resistance to interference
• Frequency hopping coordination, system configuration, and continuity planning

Module 6: Planning Countermeasures

• Structured responses balancing communication priorities and legal constraints
• Coordinated decision-making across technical, security, and operations teams

Module 7: When the Signal Drops — Incident Assessment and Response

• Documentation, evidence preservation, and operational impact assessment
• Post-incident review and consistency in technical decision-making

Module 8: Communications Resilience and Risk Management

• Communication dependencies, critical services, and infrastructure vulnerabilities
• Moving from reactive handling toward proactive resilience

Module 9: Corporate Spectrum Governance and Long-Term Readiness

• Monitoring responsibilities, technical reporting, and compliance considerations
• Connecting detection and countermeasures to organisational continuity objectives

FAQs

1. How does the course teach me to distinguish jamming from ordinary interference?

Module 1 covers the observable differences, and Module 3 builds the monitoring baseline that makes those differences visible in practice.

2. What's the difference between barrage and spot jamming, and why does it matter?

Barrage jamming disrupts a wide spectrum range while spot jamming targets a narrow one — Module 2 explains how each appears during monitoring and why the distinction changes the defensive response.

3. Can the course help locate a jamming source?

Yes — Module 4 covers the lawful, structured process of narrowing down an interference source using directional observation and coordinated measurement.

4. Does the course cover technical defences or just procedures?

Both — Module 5 covers anti-jam waveforms and frequency hopping as engineering defences, while Modules 6 through 9 cover the organisational response.

5. Who provides this training?

Arab British Fellowship Training Academy, under the Telecommunication Courses portfolio.