1-Day LOTO Training Course (Lockout Tagout) in Navi Mumbai | OSHA 29 CFR 1910.147 Certified Elite Offshore Pvt Ltd's Lockout Tagout (LOTO) Training Course is a 1-day, OSHA-compliant program designed for industrial and offshore workers to prevent accidental energy release during equipment maintenance. This LOTO certification course covers essential lockout devices — locks, tags, hasps, and isolation equipment for valves, circuit breakers, and plugs. Participants learn energy source identification, correct lockout/tagout device application, isolation verification, and compliance with OSHA 29 CFR 1910.147 and related hazardous energy control standards. Through hands-on exercises and real-life scenarios, trainees gain practical, workplace-ready skills to implement effective LOTO procedures and maintain a safer industrial environment.

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• - Who it's for: Maintenance technicians, electricians, plant operators, and supervisors working around machinery with stored or active energy — industrial, offshore, or oil & gas settings.
• - Education: A high school diploma or equivalent is enough — this is a practical, competency-based course, not an academic one.
• - Experience: Prior industrial or maintenance experience helps but isn't required. The course works whether you're new to LOTO or you've been doing informal lockouts for years without formal training.
• - Language: Instruction is in English, so participants should be comfortable following spoken and written instructions in English.
• - Age: Participants should be at least 18 years old.

• 1. Why unexpected machine start-up during maintenance is one of the most common — and most preventable — causes of serious workplace injury
• 2. What OSHA 29 CFR 1910.147 actually requires, and how it applies to day-to-day maintenance work
• 3. The difference between authorized, affected, and other employees, and what each role is responsible for during a lockout
• 4. How padlocks are used to physically secure an energy-isolating device
• 5. What information a tag needs to carry — name, date, reason for lockout — and why that detail matters on a live worksite
• 6. Using multi-lock hasps when more than one person is working on the same piece of equipment
• 7. Devices used to lock out valves, circuit breakers, and electrical plugs
• 8. Flexible lockout devices for equipment tucked into tight or awkward spaces
• 9. How to identify every energy source on a machine — electrical, hydraulic, pneumatic, and the less obvious ones like stored spring tension
• 10. Communicating the shutdown to everyone affected before work begins
• 11. Safely shutting down machinery step by step
• 12. Isolating each energy source until the equipment reaches a true zero-energy state
• 13. Correctly placing lockout devices so the machine can't be accidentally re-energized
• 14. Securing devices so they can't be removed by anyone without the right key
• 15. Testing the equipment to confirm no energy remains before maintenance work starts
• 16. Keeping workers safe throughout the servicing period, not just at the start
• 17. Properly removing tools and materials from the work area once the job is complete
• 18. Correctly removing locks and tags as part of the release process
• 19. Notifying affected employees once lockout/tagout has been lifted and normal operation can resume
• 20. What to do when a lock needs to be removed in an emergency and the original worker isn't available