
3 Days
Duration
ABS | TUV
Approvals & Accreditations
₹30000
FEE (INR)
Course Overview
The Offshore Crane Operator Course is delivered as a three-stage pathway — covering entry-level training (Stage 1), advanced operations and dynamic loading (Stage 2), and the final competence assessment (Stage 3). Candidates can take all three stages in sequence at EOA, or enrol in individual stages depending on prior experience and certification status.
All three stages are ABS Class Approved and TUV NORD ISO 21001 certified. Practical training across all stages is conducted on a 40-ton, 140-foot boom crane — at our Mumbai training facility. By the end of each practical session candidates can pick up, transfer, and place loads between barricaded squares without touching the barricade chain — proof of full control over load pickup, steadying, and swing.
Every successful candidate receives an internationally accepted IMCA Crane Operator's Logbook for Offshore Vessels — the document offshore operators and recruiters look for when verifying competence on the rig.
The course is delivered in line with publicly available API RP 2D, OISD RP 205, and BS 7121 Part 11 guidelines — the three governing standards for offshore and onshore crane lifting operations.
Target Audience
The Offshore Crane Operator Course is for candidates at every stage of the crane-operator career — from entrants who have never touched a control lever, to working operators upgrading to advanced competence, to candidates sitting their final certification assessment:
• Stage 1 candidates — entry-level workers preparing for their first crane operator appointment, including riggers and banksmen transitioning into the seat.
• Stage 2 candidates — working crane operators progressing to advanced lifting competence, dynamic loading, and full SWL operations.
• Stage 3 candidates — operators ready for the formal competence assessment to issue or renew an ABS Class Approved certificate.
• Operator inspection teams — drilling contractors and offshore operators training in-house crane crews against a single ABS-approved standard.
Third-party training departments — companies running their own crane-operator pipelines and needing an externally accredited final assessment.
Curriculum
The pathway is split into three stages. Stage 1 builds foundational knowledge and basic crane control; Stage 2 adds advanced operations, dynamic loading, and live-crane drills; Stage 3 is the formal competence assessment.
Stage 1 — Introduction & Basic Operations (3 days)
• Module 1 — Introduction to offshore crane lifting: roles and responsibilities of crane personnel; basic terminology (luffing, jibbing, hoisting, slewing); main crane components and their functions; inspection criteria — pre-start, pre-operational, running checks and shutdown procedures; principles of crane stability and configuration; safety devices (luff/jib, hoist, slew limiting systems); Safe Working Load (SWL); load charts; banksman hand signals; radio communication protocols; rated capacity indicators; wire-rope visual inspection and spooling; environmental conditions; safe-lifting principles (planning, centering the hook, load path); swing control, height judgment, and control coordination.
• Module 2 — Knowledge learning outcomes: legislation governing crane lifting; Safe System of Work (SSOW); typical hazards; pre-use inspection criteria; communication methods; documents applicable to lifting operations; lifting plan and risk assessment; toolbox talk (TBT) elements; unsafe areas and personnel positions; laydown-area suitability checks; normal and emergency access/egress routes.
Module 2 — Practical on crane (skills outcomes): pre-start and pre-operational checks; basic crane control with no load; lifting, transferring, and placing light and intermediate loads; following a planned load path avoiding hazards; safe operating techniques; control coordination; height and distance judgment; slew/swing control; simultaneous operation of three control functions (luff/jib, hoist, slew); responding to banksman hand signals and radio instructions; shutdown following a simulated installation emergency alarm.
Stage 2 — Advanced Operations & Dynamic Loading (3 days)
• Module 1 — Cranes, SWL, and wire ropes: different types of offshore cranes; main components and their functions; principles of crane stability and configuration; Safe Working Load and load charts; interpreting offshore crane load charts; rated capacity indicators (types, use, sea-state information); wire-rope construction, maintenance, inspection, wear deterioration, discard criteria, correct spooling on winch drums; crane pennants and hooks; boom, hoist, and slew limiting systems; constant rope tension systems; manually and automatically operated overload protection systems.
• Module 2 — Crew, communications, hazards: roles of crane operator, banksman, and slingers; hand signals; radio protocols; legislation governing offshore crane operations; Safe System of Work components and documents; hazards (personnel positions, helicopter activities, environmental conditions, dynamic forces, lifting dangerous goods, blind lifts, proximity hazards, overloading, lifts over live plant); controls to eliminate or minimise those risks; human-factor issues affecting lifting safety.
• Module 3 — Dynamic loading: Dynamic Amplification Factor (DAF) and Dynamic Coefficient; main effects of dynamic loading; examples of dynamic loading; principles of constant tension and heave compensation systems.
• Module 4 — Maintenance, planning, and risk: offshore crane checks (how and when); first-line crane maintenance, defect reporting and recording; conflicting activities affecting lifting; effects of environmental conditions; safe lifting principles and operating techniques; lifting plans; lifting-operation risk-assessment elements; toolbox talks; laydown-area checks; access and egress routes.
Module 4 — Practical on crane: compliance with risk assessment and lifting plan; pre-operational, operational, and functional crane checks; unladen familiarisation; lifting, transferring, and placing loads within SWL; following planned load paths avoiding proximity and ground hazards; swing/height/distance/control-coordination practice; simultaneous operation of at least two control functions; responding to banksman signals and radio instructions; shutdown after simulated emergency alarm; responding to crane alarms and malfunctions.

