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Automation, Industrial AI, and Test & Instrumentation engineers for Varin Automation.

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Professional Automation Training

Industrial Automation Training Built Like a Professional Learning Hub

A guided training path for diploma trainees, graduates, and early-career engineers: learn the concepts, practice the tasks, review web lessons, and move toward project work with better confidence.

Explore Learning PathStart Fundamentals
09Training categories40+Web learning topics20+Practical tasks08Lesson pages

Choose Your Track

Two training paths, one practical automation foundation.

The page is arranged so trainees can quickly understand the program, jump to a topic, and continue into detailed learning modules.

06 months

Diploma Automation Training

Diploma trainees and diploma pass-outs

A complete foundation-to-project training path with fundamentals, PLC, HMI, SCADA, wiring, instrumentation, panel awareness, practical troubleshooting, and AI-assisted learning wherever the topic allows.

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03 months

Graduate Automation Training

Engineering graduates and final-year trainees

A focused professional track for graduates who need industry-ready practice in controls, instrumentation, test setup workflows, industrial data, dashboards, diagnostics, and applied AI support.

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1StartChoose diploma or graduate track2StudyFollow category-wise notes and videos3PracticeComplete IO, PLC, HMI, SCADA, and test tasks4ApplyUse project work for interviews and site readiness

Learning Path

Browse topics by category, level, duration, and practice work.

Use the topic navigator to jump directly to a category. Each card separates study content, hands-on tasks, and lesson/video links so trainees can act immediately.

Step 01FoundationWeek 1-2

Automation Fundamentals

Build the base vocabulary of machines, sensors, IO, interlocks, alarms, safety thinking, and sequence behavior.

Study Content

Practice Tasks

  • Create an IO list
  • Trace a sensor-to-PLC signal
  • Write a basic machine sequence
Open web lessonsRealPars automation lessonsSCADA system basicsControl and monitoring systemsIndustrial automation introWhat is an interlockRemote IO basics
Step 02CoreWeek 3-6

PLC Programming

Learn PLC thinking through ladder logic, timers, counters, latches, permissives, interlocks, alarms, and sequence programs.

Study Content

Practice Tasks

  • Build motor start-stop logic
  • Create pump alternation logic
  • Write a fault reset routine
PLC beginner courseLadder logic basicsConveyor ladder exampleOmron PLC courseAllen-Bradley playlistSiemens PLC playlistPLC latching and interlocksTIA Portal beginner training
Step 03CoreWeek 7-8

HMI and Operator Screens

Design useful operator screens for machine status, controls, recipes, alarms, diagnostics, and maintenance workflows.

Study Content

Practice Tasks

  • Sketch a machine overview
  • Create an alarm message table
  • Map screen controls to PLC tags
HMI tutorialWinCC HMI alarmsPump screen designPLC HMI exampleSiemens HMI playlistTIA HMI design playlistHMI recipesDynamic HMI statuses
Step 05CoreWeek 11-13

Instrumentation and IO

Study sensors, transmitters, wiring discipline, signal scaling, IO checks, calibration awareness, and troubleshooting.

Study Content

Practice Tasks

  • Prepare a loop-check sheet
  • Scale analog values
  • Document sensor fault symptoms
4-20 mA PLC wiring2-wire analog sensorPNP/NPN proximity sensorInstrumentation tutorial playlistIndustrial sensors playlistRTD sensor basicsTemperature transmitterTest PLC analog inputs
Step 06ProfessionalWeek 14-16

Panels and Commissioning

Learn panel awareness, wiring checks, device identification, FAT/SAT discipline, commissioning notes, backups, and handover readiness.

Study Content

Practice Tasks

  • Read a panel drawing
  • Prepare FAT checklist
  • Create handover document index
Power the control panelControl panel FAT walkthroughFAT for control systemsFAT and SAT basicsControl panel wiring diagramsControl panel full courseElectrical panel worksRead electrical drawings
Step 07ProfessionalWeek 17-19

Virtual Instrumentation

Use software-based instrumentation concepts for acquisition, logging, visualization, reports, and test-friendly data workflows.

Study Content

Practice Tasks

  • Design a data log format
  • Create a dashboard wireframe
  • Plan a report template
LabVIEW DAQ programLabVIEW data acquisitionLabVIEW basicsInstrument automation with PythonDAQmx crash courseLabVIEW DAQmx devicesSensor DAQ fundamentalsNI MAX test panels
Step 08AdvancedWeek 20-22

AI-Based Automation Learning

Use AI responsibly for concept revision, documentation drafts, diagnostic checklists, anomaly review, and structured engineering notes.

Study Content

Practice Tasks

  • Write a diagnostic prompt
  • Review AI output for mistakes
  • Turn a trend into an action note
AI learning support lessonPredictive maintenance with MLTime-series anomaly detectionAI predictive maintenance alertsPython predictive maintenanceUnsupervised maintenance MLAnomaly detection tutorialProphet anomaly detection
Step 09CapstoneWeek 23-24

Automated Test Setup Project

Combine controls, instrumentation, operator workflow, data logging, pass/fail logic, reports, and project documentation.

Study Content

Practice Tasks

  • Prepare project architecture
  • Write test sequence steps
  • Present final project notes
Mini project labPython instrument automationDAQ testing workflowLabVIEW and TestStandPython with NI hardwareLabVIEW instrument controlUsing Python in LabVIEWHardware-in-loop testing

Outcome Focus

Professional Readiness for Interviews, Plant Work, and Projects

Controls Thinking

Understand sequences, interlocks, IO, alarms, operating modes, and safe restart behavior.

Engineering Documentation

Prepare IO lists, alarm tables, FAT/SAT checklists, trend notes, and project handover material.

Practical Troubleshooting

Move from fault symptoms to IO checks, logic review, wiring validation, and action notes.

AI-Aware Practice

Use AI for revision, structured notes, diagnostic prompts, and review support without replacing validation.