Diploma Automation Training
Diploma trainees and diploma pass-outs
Fundamentals to project work: PLC, HMI, SCADA, wiring, instrumentation and troubleshooting.
Professional Automation Training
Industrial automation training, hands-on from day one.
A guided path for diploma trainees, graduates and early-career engineers, from fundamentals to a capstone test-setup project, with practice tasks at every step.
- Training categories
- 09
- Web learning topics
- 40+
- Practical tasks
- 20+
- Lesson pages
- 08
Choose your track
Two training paths, one practical foundation.
Graduate Automation Training
Engineering graduates and final-year trainees
Industry-ready practice in controls, test setup, data dashboards and applied AI.
Start
Choose diploma or graduate track
Study
Follow category-wise notes and videos
Practice
Complete IO, PLC, HMI, SCADA, and test tasks
Apply
Use project work for interviews and site readiness
Learning path
Nine steps from fundamentals to a capstone project.
01Automation FundamentalsFoundation · Week 1-2
Build the base vocabulary of machines, sensors, IO, interlocks, alarms, safety thinking, and sequence behavior.
Study content
- Industrial automation architecture
- Digital and analog signals
- NO/NC sensors and field devices
- Machine sequence and interlock logic
- Alarm, fault, reset, manual, and auto modes
Practice tasks
- Create an IO list
- Trace a sensor-to-PLC signal
- Write a basic machine sequence
Videos and lessons
02PLC ProgrammingCore · Week 3-6
Learn PLC thinking through ladder logic, timers, counters, latches, permissives, interlocks, alarms, and sequence programs.
Study content
- PLC hardware and scan cycle
- Ladder logic fundamentals
- Timers, counters, memory bits, and edge logic
- Motor starter, pump, valve, and conveyor examples
- Fault handling and safe restart logic
Practice tasks
- Build motor start-stop logic
- Create pump alternation logic
- Write a fault reset routine
Videos and lessons
03HMI and Operator ScreensCore · Week 7-8
Design useful operator screens for machine status, controls, recipes, alarms, diagnostics, and maintenance workflows.
Study content
- HMI screen hierarchy
- Status indicators and command buttons
- Alarm pages and diagnostic messages
- Recipe and parameter screens
- Operator-friendly navigation
Practice tasks
- Sketch a machine overview
- Create an alarm message table
- Map screen controls to PLC tags
Videos and lessons
04SCADA, Trends and ReportsCore · Week 9-10
Understand plant visibility with tag databases, alarm history, trends, dashboards, reports, and multi-machine monitoring.
Study content
- SCADA architecture and PLC communication
- Tag naming and alarm groups
- Historical trends and event review
- Shift reports and production summaries
- Dashboard thinking for maintenance teams
Practice tasks
- Build a tag list
- Read a trend and write observations
- Prepare a daily report format
Videos and lessons
05Instrumentation and IOCore · Week 11-13
Study sensors, transmitters, wiring discipline, signal scaling, IO checks, calibration awareness, and troubleshooting.
Study content
- Proximity, photoelectric, pressure, temperature, and level sensors
- PNP/NPN, relay, 0-10 V, and 4-20 mA signals
- Shielding, grounding, and cable identification
- Scaling and engineering units
- Field validation and loop checking
Practice tasks
- Prepare a loop-check sheet
- Scale analog values
- Document sensor fault symptoms
Videos and lessons
06Panels and CommissioningProfessional · Week 14-16
Learn panel awareness, wiring checks, device identification, FAT/SAT discipline, commissioning notes, backups, and handover readiness.
Study content
- Panel components and control power
- Terminal blocks, relays, MCBs, SMPS, contactors, and VFD awareness
- Wiring checks and ferrule discipline
- FAT, SAT, punch points, and commissioning reports
- Backup, documentation, and handover pack
Practice tasks
- Read a panel drawing
- Prepare FAT checklist
- Create handover document index
Videos and lessons
07Virtual InstrumentationProfessional · Week 17-19
Use software-based instrumentation concepts for acquisition, logging, visualization, reports, and test-friendly data workflows.
Study content
- DAQ and instrument communication concepts
- Live trends, gauges, alarms, and operator panels
- CSV logging and timestamped records
- Report generation basics
- Python-friendly measurement architecture
Practice tasks
- Design a data log format
- Create a dashboard wireframe
- Plan a report template
Videos and lessons
08AI-Based Automation LearningAdvanced · Week 20-22
Use AI responsibly for concept revision, documentation drafts, diagnostic checklists, anomaly review, and structured engineering notes.
Study content
- AI prompts for automation study
- Fault-diagnosis checklist generation
- Trend observation and anomaly awareness
- Documentation and report drafting
- Human review and engineering validation
Practice tasks
- Write a diagnostic prompt
- Review AI output for mistakes
- Turn a trend into an action note
Videos and lessons
09Automated Test Setup ProjectCapstone · Week 23-24
Combine controls, instrumentation, operator workflow, data logging, pass/fail logic, reports, and project documentation.
Study content
- Requirement reading and test sequence planning
- Fixture, sensor, actuator, and instrument mapping
- Pass/fail criteria and retry logic
- Traceable data logging and report outputs
- Final demo, review, and interview explanation
Practice tasks
- Prepare project architecture
- Write test sequence steps
- Present final project notes
Videos and lessons
Outcomes
Ready for interviews, plant work and projects.
Controls Thinking
Sequences, interlocks, IO, alarms and safe restart.
Engineering Documentation
IO lists, alarm tables, FAT/SAT checklists and handover notes.
Practical Troubleshooting
From fault symptom to IO check, logic review and action note.
AI-Aware Practice
Use AI for revision and checklists without skipping validation.
Next batch starting soon?
Ask about dates, fees and the right track for your background.