Last Updated: November 2, 2026
Quick Summary
Airfield lighting training gives airport maintenance teams the electrical knowledge and practical skills to keep aeronautical ground lighting systems working safely, covering series circuits, constant current regulators and isolation transformers. Match the course level to each role, because a programme built for a design engineer rarely suits a maintenance fitter on a night shift.
Airfield lighting training is the structured instruction that gives airport maintenance teams the electrical knowledge and practical skills to keep aeronautical ground lighting (AGL) systems working safely. Airfield lighting training of this kind is generally built around the systems technicians touch: series circuits, constant current regulators, isolation transformers and the field components beside the runway. For a deeper overview of AGL training courses before deciding on one, read the full guide. The audience is broad. New starters need a foundation. Experienced engineers need certification and refresher content.
The question worth asking before booking anything is simple: what does your team need to be able to do afterwards? A course that suits a design engineer is not the same as one built for a maintenance fitter on a night shift.
Most AGL maintenance courses start with electrical theory because the systems behave differently from standard installations. Runway and taxiway lighting runs on series circuits fed by constant current regulators (CCRs), so a fault in one fitting can affect the whole loop. Delegates learn how current is regulated, how isolation transformers protect the circuit, and why a single open circuit can darken an entire series.
From there, courses move to field components: connectors, cable systems and the practical checks that keep them reliable.
If you are unsure whether AGL 1-3 certification or standard electrical training fits your role, it is worth checking each course’s learning outcomes against your duties before booking.
Course options for airport maintenance teams generally fall into two groups: onsite providers who come to your airfield, and scheduled seminars or foundation courses attended at a venue. The right choice depends on team size, shift patterns and how much of the syllabus needs to be hands-on with your own equipment.
To shortlist sensibly, compare every option on the same six criteria: course level, duration, delivery method, prerequisites, certification awarded, and the role the course is designed for. The matrix below is a neutral starting point, fill it in for each provider you speak to and the shortlist usually makes itself. You can also browse the electrical training courses on offer to see the actual options available to book.
| Criterion | What to ask | Why it matters for a maintenance team |
|---|---|---|
| Course level | Awareness, maintenance, or Authorised Person route? | An awareness course will not produce a technician who can fault-find a series circuit. |
| Duration | One-day seminar or multi-day foundation? | Shorter formats suit refreshers; new starters need supervised practical time. |
| Delivery method | Onsite at your airfield, or at a training venue? | Onsite lets delegates work on your own CCRs and circuits; venue courses suit individuals. |
| Prerequisites | Electrical background, BS 7671 knowledge, or none? | Sending an unprepared delegate wastes a place and disrupts the shift rota. |
| Certification | What exactly is awarded, and by whom? | A certificate of attendance is not the same as a competence-based assessment. |
| Intended role | Technician, supervisor, engineer, or manager? | Mixing roles in one cohort usually means the content suits nobody fully. |
Onsite delivery is often the practical option for maintenance teams that cannot all leave the airfield at once. Ask any provider for a written syllabus outline before booking.
Scheduled seminars can suit individuals who can attend a venue course. Compare the published syllabus, duration and certification of any course you consider.
A common pattern is to book one format for everyone and then wonder why the mix of experience levels produces uneven results. A more reliable approach is to split the cohort by role. New technicians benefit most from a multi-day foundation with practical exercises. Supervisors and electrical engineers usually need the Authorised Person route and a working knowledge of CCR maintenance. Maintenance managers rarely need hands-on fault-finding, but they do need enough syllabus knowledge to write a training plan and judge competence at appraisal time.
A course suited to a design engineer is rarely suited to a maintenance fitter on a night shift, so matching the programme to each role matters.
AGL maintenance training courses vary in length, from short seminars to multi-day foundation courses. Shorter formats generally suit refresher training, while multi-day courses suit new technicians who need electrical theory and supervised practical tasks.
Progression usually follows a path: introductory training, then practical maintenance tasks under supervision, then certification, then refresher training to keep competency current.
Authorised Person training for airport lighting prepares a competent engineer to take responsibility for safe isolation, permit-to-work control and the supervision of others on airside electrical systems. It is a role-based qualification, not a general course. Delegates need a solid electrical background first, because the AP role carries accountability for safe systems of work.
The Authorised Person role is generally held alongside AGL certification rather than replacing it. To understand the Authorised Person route and how to qualify for it, read the dedicated guide.
Safety on airside electrical systems starts with isolation discipline. Constant current regulators must be isolated and proved dead before any work begins on a series circuit, and the proving step matters more than the isolation itself. A regulator that appears off can still hold charge, and a series loop can be energised from an unexpected point.
A few practices we would insist on for any maintenance team:
A series lighting circuit behaves differently from a standard final circuit, and assumptions that keep you safe on a normal installation can put you at risk here.
Training is only worth the investment if it changes what happens on the airfield. The practical way to judge that is to track a small set of maintenance KPIs before and after the course, then compare over a defined period.
Useful measures include fault response time, first-time fix rate, the number of repeat faults on the same circuit, and the proportion of preventive maintenance tasks completed on schedule. Tracking these measures can show whether training has changed practice on the airfield.
Refresher training on a fixed cycle is generally advisable, as competency fades without practice.
Course costs vary by provider, format and duration. Pricing for this business depends on quantity, dates and delivery, so please contact us for a current quote.
Because published prices are rare, the useful skill is knowing what to ask for and how to build a total training investment rather than comparing headline tuition alone. A team of six sent to a venue course carries costs that never appear on the provider’s quote.
Budget the following lines together, not separately:
Onsite delivery can look expensive per course until travel and cover costs are compared with a venue-based alternative for the same number of delegates.
Ask every provider the same five questions and compare the answers side by side:
A provider that cannot answer these in writing is a provider to leave off the shortlist.
The practical constraint most teams hit is not cost but coverage. Airfield lighting maintenance cannot pause for a training week, so book courses around planned maintenance windows and quieter operating periods. Onsite delivery helps here because delegates can return to the shift at short notice. If you are ready to compare dates, contact us to discuss current availability.
Treating the course fee as the whole cost is a common budgeting pitfall, since travel and cover costs can be easy to overlook.
There is no single mandatory qualification, but most employers expect a background in electrical work plus specialist airfield lighting training. Relevant starting points include BS 7671 wiring regulations knowledge and a structured AGL maintenance course covering series circuits, constant current regulators, isolation transformers and fault finding. For teams, authorised person training for airport lighting adds the safe systems of work and permit procedures needed to supervise work airside. Check what the airport’s own competence framework requires before booking.
Levels usually map to experience and responsibility rather than a single national standard. Level 1 covers introductory training: system components, electrical theory and supervised practical tasks. Level 2 builds maintenance competence, including preventive and corrective maintenance, inspection and testing, and fault finding on series circuits. Level 3 develops advanced fault diagnosis, design awareness and supervisory duties. Because providers set their own syllabuses, compare learning outcomes and assessment methods, not just the level number, and confirm the level matches each delegate’s role.
A common approach is refresher training every two to three years, or sooner when staff have had little hands-on exposure, when systems change, or after a safety incident. Refresher sessions work best when they include practical fault-finding exercises on the airport’s own equipment rather than classroom revision alone. Track refresher dates alongside your maintenance programme so competency records stay current, and use post-training checks such as fault response time to decide whether the interval should be shortened.
Specialist courses typically reference ICAO standards and the visual aids requirements that airports work to, and good providers explain how these translate into inspection and maintenance practice. However, no training course certifies an airport as compliant; that remains the operator’s responsibility. Ask providers to show how the syllabus links to the standards your airport applies, and be cautious of courses built around US guidance, which may not reflect the requirements your team is audited against.
Practical exercises on real field components build the fault-finding habits that classroom study cannot. Practical exercises on field equipment can help build fault-finding habits. Teams can track fault response time, repeat fault rates, first-time fix rates and inspection completion to see whether training has changed practice.
