PLC fundamentals
I/O scanning, ladder logic, timers, counters, and the math you wish someone had explained the first time.
- Allen-Bradley CompactLogix lab
- Read a wiring diagram into code
- Build a working two-pump lead/lag
Instructor-led, self-paced, and on-site programs that turn maintenance technicians into automation professionals — and engineers into systems thinkers.
We bring trainers and rigs into your plant for 2–5 day intensives, built around your specific equipment.
Instructor-led remote sessions with cloud-hosted simulators — bring your laptop, bring your problem.
Curated modules with quizzes, hands-on exercises, and completion certificates — for new hires and refreshers.
Comprehensive IEC 61131-3 curriculum across the platforms your plant actually runs.
I/O scanning, ladder logic, timers, counters, and the math you wish someone had explained the first time.
Moving from ladder into structured text and function blocks for maintainable, library-driven programs.
Designing, programming, and proof-testing safety functions to IEC 61508 / IEC 61511 expectations.
From tag planning to high-performance HMI to alarm rationalization that survives an audit.
Tag architecture, Perspective vs Vision, MQTT/Sparkplug, and historian basics on Inductive Automation's Ignition.
Building maintainable HMIs in Rockwell FactoryTalk View ME/SE and Siemens WinCC environments.
ISA 101.01 grayscale-and-exception design, with hands-on redesign of one of your real plant screens.
ISA 18.2 lifecycle, alarm philosophy documents, and rationalization workshops your operators won't dread.
Read-only mobile dashboards, secure remote support, and the policy decisions that have to go with them.
Cognitive load, color blindness, glove use, and the small details that decide whether a screen gets read.
From historian design to time-series analytics, taught by engineers who have lived inside data refineries.
Tag naming, retention policies, compression, and the difference between a process historian and a database.
Information modeling, certificates, and gateway architecture for OPC UA across vendors.
Pandas, NumPy, and SciPy for plant data — anomaly flags, golden batches, and reproducible notebooks.
Build availability/performance/quality KPIs from raw signals and present them without lying.
Submetering plans, baseline modeling, and energy-performance indicators that withstand external audit.
Hands-on SQL against historian SQL endpoints, with realistic queries you'll actually need on day one.
IEC 62443-aligned workshops for the people securing PLCs, HMIs, historians, and engineering workstations.
How an ICS differs from an enterprise network, and where the typical compromise paths sit.
Apply IEC 62443-3-2 to a real plant: build a zone & conduit diagram and the cybersecurity requirements behind it.
Jump-host design, MFA, just-in-time access, and the boring policy work that makes any of it stick.
Passive discovery, version inventory, and the workflow for keeping it correct as the plant changes.
Playbooks that account for safety, runbook drift, and the fact you can't simply "unplug the PLC."
Facilitated scenario that walks your blended IT/OT/operations team through a realistic compromise.
Programs and screens built and reviewed in class become the seed of your library.
Procedures for tuning, alarm review, and incident handling that survive after the trainer leaves.
Issued by Iskra Exchange LLC, with CEUs aligned to common engineering-society guidelines.
Direct line to your trainer for 30 days after the program for questions on real-world application.
Pre-class assessment to size each learner's actual starting point and the cohort's overall range.
Trainer walks the concept on a working rig or simulator — never on slides alone.
Hands-on exercise in pairs, with the trainer floating to catch misunderstandings early.
Each pair walks the class through their solution — explaining beats memorizing.