Course Objective
What this programme helps you achieve
A hands-on 2 days programme that builds practical, job-ready capability in this area. Delivered through guided walkthroughs, worked examples and reusable checklists you can apply immediately.
UnderstandBuild a clear, structured understanding of the core concepts, terminology and drivers behind this domain.
ApplyTranslate the framework into practical actions, controls and working methods you can use on real engagements.
AssessEvaluate current-state maturity, identify gaps and prioritise the improvements that reduce the most risk.
DeliverProduce the artefacts, evidence and reporting expected of a competent practitioner in this area.
Market Need
Why this matters now
SIEM Use Case Development and Detection Engineering addresses a capability that organisations increasingly need but often lack in a structured, defensible form. Teams frequently rely on ad-hoc knowledge, scattered documents or vendor claims instead of a repeatable method.
This programme closes that gap. It gives participants a shared vocabulary, a practical method and a set of reusable artefacts so the organisation can operate this domain consistently rather than reactively.
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Framework alignment: MITRE ATT&CK-driven detection engineering and the Detection Engineering lifecycle.
What makes this programme useful
01
Practical Focus
Every module is grounded in real scenarios, walkthroughs and reusable checklists rather than theory alone.
02
Career Relevant
Skills map directly to in-demand roles and to how organisations actually operate this domain.
03
Structured Path
A logical progression from fundamentals to applied practice, with a clear takeaway toolkit.
Key Learning Areas
What participants will learn
Detection engineering lifecycle and workflow
Translating threats and ATT&CK techniques into detections
Use case prioritisation and coverage mapping
Writing, testing and tuning detection rules
Reducing false positives and alert fatigue
Detection-as-code and version control
Validating detections with adversary emulation
Metrics, maintenance and detection quality
2 Days Agenda
Structured learning flow
Day 1
Day 1 — Use Cases & Rule Development
Detection engineering lifecycle and workflow; Translating threats and ATT&CK techniques into detections; Use case prioritisation and coverage mapping; Writing, testing and tuning detection rules.
Day 2
Day 2 — Tuning, Validation & Metrics
Reducing false positives and alert fatigue; Detection-as-code and version control; Validating detections with adversary emulation; Metrics, maintenance and detection quality.
Audience & Entry Level
Who should attend?
This programme is designed for professionals who work with, or are moving into, this area of cybersecurity, governance or technology.
SOC Analyst (L1/L2)Security EngineerSIEM / Detection EngineerIncident ResponderIT Security TeamNetwork / Systems AdminThreat HunterSOC Manager
Recommended prerequisite
A general awareness of information security or IT concepts is helpful. No specific certification is required to attend.
Learning Outcome
What participants should be able to do after the course
- Confidently work with detection engineering lifecycle and workflow.
- Confidently work with translating threats and att&ck techniques into detections.
- Confidently work with use case prioritisation and coverage mapping.
- Confidently work with writing, testing and tuning detection rules.
- Confidently work with reducing false positives and alert fatigue.