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PLC apprenticeship training

PLC Apprenticeship Training for Industrial Maintenance — The Related-Instruction Module in the Browser

Deliver the PLC portion of an industrial-maintenance or electromechanical apprenticeship as a browser-based, auto-graded course. Apprentices read and write ladder logic, work motor-control and troubleshooting exercises, and build the controls fluency the 525-hour PLC module calls for — on any device, alongside their OJL hours. For employers and registered training providers running registered apprenticeships, upskilling and reskilling.

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Where it fits

The related-instruction layer that complements OJL — not a replacement for the bench

A registered apprenticeship pairs on-the-job learning with required related instruction. The hands-on hours stay at the panel; the reading-ladder-logic, PLC-theory and fault-finding competencies are exactly the kind of related instruction that scales in simulation. This platform delivers that PLC portion, auto-graded, so every apprentice progresses on their own device and arrives at the bench already fluent.

On-the-job learning (OJL)

Stays at the plant — installing, maintaining and calibrating real PLCs, VFDs and field devices under a journeyworker.

Related instruction — PLC module

Delivered here: read and write ladder logic, PLC components and theory, install/repair/troubleshoot, all auto-graded in the browser.

Hands-on bench time

Stays at the panel — wiring real I/O and live troubleshooting, now spent on real work because the theory is already fluent.

The PLC module

What apprentices read, write and troubleshoot

Read and understand ladder logic

Apprentices learn to read a rung, trace logic, and predict an output — the single most useful PLC skill on a maintenance call, drilled across 40+ industrial scenarios.

PLC components and theory

CPU, I/O modules, the scan cycle, addressing and field devices — the architecture a technician must understand before touching a controller.

Troubleshoot and fault-find

A fault-injection mode breaks a working program or I/O so apprentices practice systematic fault-finding — the core of an industrial-maintenance role — safely and repeatably.

Install, wire and motor control

A guided wiring tutor plus motor-control and VFD logic bridge into the hands-on install and commissioning work apprentices do at the bench.

What it covers

The maintenance-PLC concepts apprentices practise — at a glance

Every concept below is something an apprentice reads, writes, runs or troubleshoots in the browser — auto-graded, on any device, between OJL hours. It builds the controls fluency the related-instruction PLC module calls for.

A PLC troubleshooting flow in the apprenticeship training platform — isolate, check inputs, check logic, check outputs — the systematic fault-finding method industrial-maintenance apprentices practice in the browserA PLC fault-diagnosis flow from top to bottom: observe the symptom, check the inputs, check the logic, check the outputs, then apply the fix.SymptomCheck inputsCheck logicCheck outputsFix
Systematic fault-finding — the core maintenance skill, drilled with a fault-injection mode.
PLC terminal wiring in the apprenticeship training platform — input and output terminals landing field devices — the wiring tutor that bridges apprentices into hands-on install and commissioningA PLC terminal strip wiring view: a switch wired to an input terminal and a lamp wired to an output terminal, with numbered terminals.TERMINAL STRIP0VI0I124VO0O1switchlampfield wiring to numbered terminals
Terminal wiring — the wiring tutor that bridges into the hands-on bench.
Motor control in the PLC apprenticeship training platform — a direct-on-line and star-delta starter circuit with interlocks — the motor-control logic maintenance apprentices run and are graded onA 3-wire motor control circuit: Stop and Start pushbuttons, a contactor coil with a seal-in auxiliary contact and an overload contact, driving a motor.StopStartM (seal-in)OLMMmotor
Motor control — starters, interlocks and VFD logic, an everyday maintenance task.
A ladder logic rung in the apprenticeship training platform — a normally-open contact driving an output coil — read, written and auto-graded in the browser as the related-instruction PLC moduleA basic ladder logic rung between two power rails: an examine-if-closed contact (XIC) in series driving an output coil (OTE).L1L2] [StartXIC I:0/0LampOTE O:0/0
Reading a rung — the single most useful PLC skill on a maintenance call.
Digital I/O in the PLC apprenticeship training platform — sinking and sourcing inputs and outputs landing field devices — the I/O model maintenance apprentices trace when fault-findingA digital input pushbutton wired to a PLC input card, and a PLC output card driving a lamp, with a sinking versus sourcing hint.I/O CARDINPUTOUTPUTPushbuttonI:0/0LampO:0/0sinking (NPN) vs sourcing (PNP)
Digital I/O — the input/output model apprentices trace when fault-finding.
The PLC scan cycle in the apprenticeship training platform — read inputs, execute the ladder program, update outputs, repeat — the concept that makes ladder logic and fault-finding make sense to an apprenticeThe repeating PLC scan cycle: read inputs, execute the ladder logic, update outputs, then housekeeping, looping continuously.1Read Inputs2Execute Logic3Update Outputs4HousekeepingSCANCYCLE
The scan cycle — the concept that makes ladder logic make sense to an apprentice.
PLC architecture in the apprenticeship training platform — CPU, input modules, output modules and field devices — the controller architecture an industrial-maintenance technician must understandA modular PLC rack on a backplane: power supply, CPU processor, input module, output module and a communications module side by side.PLC RACKbackplane busPSUPowerCPUProcessorDIInputDOOutputNETComms
PLC architecture — the controller a maintenance technician must understand.

What you get

For employers and registered training providers

No line-down bench time for theory

Apprentices and technicians build ladder-logic and fault-finding fluency on their own device, so scarce bench and OJL time goes to real hands-on work.

Auto-graded + per-apprentice records

Every submission is marked instantly, and a portfolio PDF of timestamped, name-attributed completions supports your related-instruction records.

Reassignable team seats

Rotate seats through a maintenance crew or successive cohorts — pay for seats in use, reassign when an apprentice completes or moves on.

Runs on shop-floor devices

Shared training-room PCs, Chromebooks, tablets, apprentices’ own laptops — nothing for IT to install, no license keys.

Upskilling and reskilling too

The same platform brings incumbent maintenance technicians up to speed on PLCs — not only registered apprentices.

Bridges to the bench

A wiring tutor and fault-injection mode deliberately prepare apprentices for the hands-on install, wiring and commissioning OJL.

Pricing & rollout

Pilot the PLC module free — scale with reassignable per-seat licensing

Evaluate the Free-tier workflow with a few apprentices before involving procurement. Pro seats are $199/seat/year on annual billing, reassignable as apprentices complete or rotate. Managed Teams access has a five-seat minimum; bulk and employer pricing is available on request. See full pricing →

Talk to us about your apprenticeship program

Tell us how many apprentices or technicians you’re training, your program or standards, and whether you need a purchase order or quotation. We’ll scope the right access — and be straight about what stays at the bench.

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Questions

PLC apprenticeship training — FAQ

PLC apprenticeship training is the programmable-logic-controller portion of an industrial-maintenance or electromechanical apprenticeship — typically delivered as related (classroom) instruction alongside on-the-job learning. Registered programs commonly include a substantial PLC module (often cited around 525 hours) covering reading and understanding ladder logic, PLC components and theory, and installing, repairing and troubleshooting PLCs. This platform delivers that related-instruction PLC content as a browser-based, auto-graded course apprentices can work through on any device, between or alongside their OJL hours.

Deliver the PLC module of your apprenticeship in the browser.

Auto-graded ladder logic and troubleshooting, on any device, alongside OJL. Create your team account free and enrol your first apprentices today, or book a walkthrough and we will scope it with you.

Create your team freeBook a 15-min walkthrough

Competency and practice field guide

PLC apprenticeship training: practice plan

Direct answer

The learner can progress from safe signal tracing to tested motor, sequence, analog and diagnostic tasks with evidence a mentor can review.

Written for apprentices, mentors, employers and providers integrating PLC practice into industrial electrical, maintenance or instrumentation development.

adult learners and an instructor using PLC racks, laptops and a miniature process in a vocational automation lab while studying apprentice PLC, electrical and diagnostic skill development
System map / 02

NODE 01observable

Scope

Apprenticeship standard, job tasks, learner baseline, safety prerequisites, rotation schedule, mentor capacity, equipment, assessments and evidence rules.

NODE 02observable

Signal path

Job competency through explanation, guided simulation, independent changed case, supervised physical task and mentor sign-off.

NODE 03observable

Baseline practice

One complete fault-free and faulted control task completed, measured and explained without unsafe bypass.

NODE 04observable

Edge cases

Shift access, weak fundamentals, copied work, missing instruments, hardware bottleneck, inaccessible material and inconsistent mentor scoring.

NODE 05observable

Fault practice

A safety, electrical, PLC, instrumentation, mechanical, diagnostic, communication or evidence gap.

NODE 06observable

Transfer to the job

Simulation records reconciled with workplace observations and the applicable apprenticeship assessment process.

Answer surface / 07

Can PLC simulation count toward apprenticeship training?

It can support theory, programming, repeatable faults and formative evidence, but the program authority determines credit and supervised physical competence remains essential.

What PLC tasks should an apprentice practice?

Include I/O tracing, start-stop, interlocks, timers, counters, sequences, analog scaling, drives, networks, systematic fault finding and documented recovery.