The realistic range for our pathway is 40–100 hours, spread over 4–12 weeks of consistent evening and weekend practice. The wide range reflects how much prior background you bring.
Someone with two years of electrical panel-wiring experience will already understand relay logic, I/O addressing, and how contactors work. For them, the fundamentals lessons are fast revision. The scenarios — particularly the multi-step sequencers and PID loops — will still take time, but the total pathway lands closer to 40 hours.
A software developer or IT professional coming in without any controls background will need the full 60–100 hours. The scan-cycle programming model is genuinely different from event-driven or request-response code. The concepts that trip people up most often are: coil evaluation order (it matters which rung is above which), edge detection (why a momentary pushbutton needs an R_TRIG, not just an XIC), and timer re-triggering (why you need to reset a TON before it re-fires on the next cycle). Each of these clicks after a few scenarios — but they do take a few scenarios.
Practical schedule. Two hours an evening, four evenings a week puts you at roughly 8 hours per week. At that pace, you complete the pathway in 5–13 weeks. Most people who start and finish are on a 6–8 week cadence.
For comparison, a community-college PLC certificate program runs a full semester (15–16 weeks) for 3–6 credit hours. Rockwell instructor-led courses are typically 3–5 days in a classroom. The online PLC technician certificate pathway here is faster than either, at the cost of no hardware lab time. Plan to supplement with physical controller access at some point if you are targeting roles that will put you on live plant equipment.