Calculate target lux levels and uniformity ratios for perimeters, approach routes and building entrances.
Security Management
Security Lighting Design for Facility and Perimeter Protection
Design lighting that helps cameras and guards actually see intruders at night, using lux levels, uniformity and glare control rather than simply adding more fixtures to a site.
🗓️Duration5 training days
📚Content4 modules · 8 sessions
🎓On completionAccredited attendance certificate
About the programme
Course Overview
Cameras that cannot see anything useful after dark are one of the most common and most avoidable failures in facility protection, and the usual cause is lighting specified for general safety rather than for security. This course treats security lighting as a measurable design discipline rather than a matter of adding fixtures until an area looks bright. Participants learn to calculate lux levels and uniformity ratios for perimeters, approaches and entrances, understand how colour rendering and glare affect what a camera or a guard can distinguish, and use photometric design software to model a lighting layout before it is installed. The course also addresses light trespass and dark-sky obligations that neighbours and planning authorities increasingly raise, and shows how to integrate lighting layers with camera fields of view so illumination supports detection and identification rather than working against it. A photometric modelling exercise and a lighting audit of a sample facility layout give participants direct practice, so the course ends with the ability to write a lighting specification that a contractor can install and a security team can verify.
Expected Learning Outcomes
Select luminaire type, colour rendering index and colour temperature suited to camera and human observation needs.
Model a proposed lighting layout in photometric design software before committing to fixture procurement.
Coordinate lighting layers with camera fields of view so illumination supports detection and identification.
Control glare and light trespass to satisfy neighbouring occupiers and planning or dark-sky requirements.
Specify LED fixtures, controls and sensors that maintain security lighting performance while reducing energy use.
Audit an existing lighting installation to identify dark spots, glare sources and camera-lighting mismatches.
Who Should Attend
Security consultants and designers producing lighting specifications for perimeters and facilities.
Facilities and estates managers who own lighting maintenance budgets and energy performance targets.
CCTV and electronic security system designers coordinating lighting with camera placement.
Architects and engineers integrating security lighting into building and landscape design.
Security managers auditing existing sites where night-time detection or identification is failing.
Electrical contractors and specifiers responsible for delivering approved lighting designs on site.
Course Modules
Select any module to see its sessions and points.
01Principles of Security Lighting Performance
2 sessions · 8 points
Session 1Lux Levels and Uniformity
- Define minimum and average lux levels required for perimeters, car parks, approaches and entrances.
- Calculate uniformity ratios and explain why a bright average with dark pockets still defeats detection.
- Distinguish horizontal from vertical illuminance and why vertical values matter for facial identification.
- Apply recognised lighting guidance to set target illuminance appropriate to each area of a site.
Session 2Colour, Glare and Human Vision
- Select colour rendering index and colour temperature appropriate for camera and human observation tasks.
- Identify glare sources that dazzle guards, drivers or cameras and reduce effective visual range.
- Position and angle luminaires to minimise glare while preserving coverage of the target area.
- Explain how adaptation time between lit and unlit areas affects a guard's ability to detect movement.
02Coordinating Lighting with Detection Technology
2 sessions · 8 points
Session 1Lighting and CCTV Integration
- Match lighting levels to camera sensor capability so footage remains usable for identification, not just detection.
- Coordinate luminaire placement with camera fields of view to avoid backlighting and silhouette effects.
- Evaluate infrared and white-light illumination trade-offs for cameras operating in low ambient light.
- Test a camera and lighting combination on site before finalising fixture positions and settings.
Session 2Layered Lighting Across a Site
- Design perimeter, approach and entrance lighting as distinct layers with different performance targets.
- Align lighting layers with existing detection and access control zones established for the site.
- Plan for lighting continuity during power outages using backup or emergency lighting circuits.
- Identify seasonal and daily variation in ambient light that affects when security lighting must activate.
03Photometric Design and Modelling
2 sessions · 8 points
Session 1Using Photometric Design Software
- Build a photometric model of a site to predict lux levels and uniformity before fixtures are installed.
- Interpret photometric software outputs, including isolux plots, to identify under-lit or over-lit zones.
- Compare fixture options within the model to balance performance, glare and energy consumption.
- Revise a lighting layout using model outputs to correct coverage gaps identified during design review.
Session 2Light Trespass and External Constraints
- Assess light trespass onto neighbouring properties and public roads using photometric modelling.
- Apply dark-sky and environmental lighting principles without compromising required security illuminance.
- Prepare a lighting design response to planning authority or neighbour objections during project approval.
- Select shielding, cut-off luminaires and aiming angles that contain light within the intended area.
04Specification, Installation and Maintenance
2 sessions · 8 points
Session 1Writing the Lighting Specification
- Draft a lighting specification stating luminaire type, mounting height, spacing and control requirements.
- Specify LED fixtures and drivers suited to security applications, including dimming and failure reporting.
- Define control strategies such as photocell activation, scheduling and motion-triggered boost lighting.
- Coordinate the lighting specification with electrical, structural and landscape design disciplines.
Session 2Verification and Ongoing Maintenance
- Conduct a post-installation lux survey to verify the completed system meets the design specification.
- Establish a maintenance programme for lamp replacement, cleaning and fixture alignment over time.
- Audit an operating site periodically to identify degraded lighting, vegetation growth and new dark spots.
- Update the lighting design following site changes such as new buildings, fencing or landscaping.
What the participant receives
4 course modules
A structured syllabus
8 training sessions
across 5 days
32 detailed points
Applied, detailed content
Accredited attendance certificate
On completing the programme
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