Last Updated: November 6, 2026
Quick Summary
Plan airfield lighting maintenance staff training by mapping each role to its tasks, assessing skills gaps, and setting a written competency standard. Then schedule the training, plan refreshers, and keep audit-ready records. A written plan replaces informal training that leaves gaps nobody can see.
Airfield lighting supports aircraft movement during take-off, landing and taxiing. When the lights fail, the risk falls on pilots and passengers, and on the people who maintain the system. A written training plan makes sure every technician knows what they are expected to do, when they should do it, and how their competence is checked.
Many airport teams train staff in an informal way. A senior technician shows a junior colleague a task, signs them off, and moves on. This can work for a small team, but it can leave gaps. Nobody can easily show who is trained for which task, or when a refresher is due.
A written plan fixes this. It sets out the roles, the tasks behind each role, the competencies needed, and the schedule for training. It also gives you records you can show an auditor. In this guide, we walk through seven steps to plan airfield lighting maintenance staff training, from mapping roles to measuring results.
Start by listing every role that touches the airfield lighting system. This usually includes technicians, supervisors, electrical engineers, and sometimes contractors.
Next, list the tasks each role performs. Keep the list practical. Typical tasks include:
Once you have both lists, draw a simple grid. Put roles across the top and tasks down the side. Mark each cell where the role carries out that task. This shows you where training is needed and where responsibilities overlap.
Many teams find that one task is done by only one person. Our aeronautical ground lighting training courses show which courses are available to close these gaps. That person becomes a single point of failure. Spotting these gaps early helps you decide who needs cross-training.
With the role map in place, compare what each person can do today with what the role requires. This comparison is your skills-gap analysis.
Use a short assessment for each person. Ask them to rate their confidence on each task, then check the rating with a supervisor observing real work.
Record the gaps clearly:
A common mistake is treating every gap as a classroom problem. Some gaps close faster with supervised practice on the job. Decide which gaps need a course and which need practical hours.
A competency matrix sets the standard each role must reach. For each task, define what competent looks like. For example, “isolates a circuit safely and proves it dead before work begins” is a clear standard. “Understands isolation” is not.
Create the matrix in a spreadsheet. Use these columns:
| Competency | Required Level | Assessment Method | Review Date |
|---|---|---|---|
| Circuit isolation | Independent | Observed practical | Annual |
| CCR testing | Supervised | Written test and observation | Annual |
| Fault finding | Independent | Scenario-based exercise | 18 months |
Choose an assessment method that matches the task. Observed practical work suits hands-on tasks. Written tests suit knowledge of standards. Scenario-based exercises suit fault diagnosis. Use more than one method where a task carries high risk.
Keep the matrix simple enough that a supervisor can update it in a few minutes after each assessment.
Now turn the gaps and standards into a plan. A good plan template includes the training objective, the target audience, the method, the duration, the assessor, and the completion evidence. Keep one template for every course and every on-the-job module so the plan reads consistently.
Build an annual calendar next. Spread training across the year so the operation is not left short-staffed. A practical method is to work in three passes:
A common pattern is to run short toolbox-style sessions at shift handover for refresher content, and reserve full-day external courses for new competencies. This keeps the calendar realistic and reduces the number of full shifts lost.
Set a budget that covers more than course fees. Include:
Pricing depends on quantity, dates and delivery format, so request a written quote for current prices. Contact SJB Electrical Training for a quote.
Bring the template, calendar and budget into one document. For each training event, record the objective, the audience, the method, the assessor, the date, the cover arrangement, and the evidence that will prove completion. This document becomes the reference point for the rest of the year and the basis for the quarterly review.
Watch out: a calendar that looks balanced on paper often collapses when two technicians are off sick in the same week. Build at least one spare trained technician into each critical task before you lock the schedule.
Competence fades without practice. Set a refresher interval for each competency, based on risk and how often the task is performed. High-risk isolation work may need an annual refresher, while a rarely used task may need a longer interval.
Link refresher training to your maintenance procedures. When procedures change, the training should change with them. For example, if your inspection routine adds a new check on CCR output, update the training content and the competency matrix at the same time.
Refresher training works best when it reflects real jobs. Use recent faults or near-misses as scenarios. Ask technicians to walk through the procedure step by step, explaining why each step matters.
A practical tip: put refresher dates in the same system as your maintenance schedule. That way, nobody has to remember them separately.
Records are what prove your plan works. For each person, keep a training file containing course certificates, assessment sheets, the competency matrix entry, and refresher dates. Store files in one central place that the team can access, and keep a single master log so overdue items are visible without opening every file.
Use this checklist for every person and every competency:
Review records every quarter. Look for overdue refreshers, competencies that have not been assessed, and roles with no trained cover. A simple traffic-light view, green for current, amber for due within 60 days, red for overdue, makes the review quick and defensible.
Measure whether the training changes behaviour, not just whether people attended. Track a small set of indicators over time:
Compare the indicators before and after a training cycle. If they do not improve, the content or method needs adjusting, not necessarily more training hours.
Book a review to see how your current plan compares.
A written plan turns training from an informal habit into a managed process. Start with the role map, close the skills gaps, set clear standards, and keep honest records. The steps above give you a practical route to a plan your team can follow.
If you want an outside check on your plan, book a training plan review with SJB Electrical Training to get started.
Staff need training that matches the tasks their role carries out, such as inspection, fault diagnosis, routine maintenance and repair work on runway, taxiway and approach lighting. Electrical safety and safe systems of work apply to every role. Start by listing each task, then identify which skills and knowledge are missing for each person. Airfield lighting maintenance training should be recorded against each role so you can show which technicians are qualified for which work.
There is no single fixed interval set out for every airfield, so set refresher intervals from your own risk assessment, the equipment you operate, changes to procedures and any incidents or near misses. Many operators review competence annually and refresh specific skills sooner after a change in equipment or method. Record each refresher date and the reason for it so the schedule can be justified during an audit.
Combine knowledge checks with observed practical assessments. A practical assessment should have a written standard, a named assessor and a clear pass or further-training outcome. Observe the technician carrying out a real or simulated task such as isolating a circuit or checking a constant current regulator, and record what was done. Repeat the assessment after refresher training to confirm the skill has been retained.
