06 months
Diploma Automation Training
Diploma trainees and diploma pass-outsFundamentals to project work: PLC, HMI, SCADA, wiring, instrumentation and troubleshooting.
EnquireView TopicsProfessional Automation Training
Industrial Automation Training
A guided path for diploma trainees, graduates and early-career engineers, from automation fundamentals to a capstone test-setup project, with practice tasks and lesson resources at every step.
Choose Your Track
Two training paths, one practical foundation.
03 months
Graduate Automation Training
Engineering graduates and final-year traineesIndustry-ready practice in controls, test setup, data dashboards and applied AI.
EnquireView Topics1StartChoose 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
Nine steps from fundamentals to a capstone project.
Automation Fundamentals
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
PLC Programming
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
HMI and Operator Screens
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
SCADA, Trends and Reports
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
Instrumentation and IO
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
Panels and Commissioning
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
Virtual Instrumentation
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
AI-Based Automation Learning
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
Automated Test Setup Project
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
Outcome Focus
Professional Readiness 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.