Ship Pilot Course

Lesson 1 • Pilotage Station Operations

Describes how pilotage stations are organised and how pilots are dispatched. Establishes operational context for boarding and disembarking procedures.

Lesson 2 • Vessel Types and Characteristics

Introduces the range of vessel types a pilot encounters and their handling differences. Builds foundational knowledge for later manoeuvring chapters.

Lesson 3 • The Ship Pilot's Role and Authority

Defines the pilot's advisory and operational role aboard a vessel. Connects professional identity to the legal and ethical framework governing pilotage.

Lesson 1 • Propulsion and Steering Systems

Covers propeller types, rudder configurations, and thruster systems. Students connect propulsion mechanics to practical steering and stopping behaviour.

Lesson 2 • Wind and Current Effects on Vessels

Examines how wind and tidal current alter vessel trajectory and handling. Students learn to anticipate and compensate for environmental forces.

Lesson 3 • Interaction Between Vessels

Covers hydrodynamic interaction when vessels pass or overtake in close proximity. Prepares students to manage interaction risks in busy waterways.

Lesson 4 • Hydrodynamics of Ship Movement

Explains buoyancy, displacement, and water resistance as they affect vessel motion. Provides the physical basis for all subsequent manoeuvring techniques.

Lesson 1 • Tidal Calculations for Pilotage

Applies tidal prediction to determine under-keel clearance and passage timing. Directly supports safe navigation in shallow and tidal pilotage areas.

Lesson 2 • Electronic Navigation Systems

Introduces ECDIS, AIS, and radar integration for pilotage navigation. Students evaluate electronic data critically alongside traditional methods.

Lesson 3 • Chart Reading and Interpretation

Teaches chart symbols, scales, datum references, and depth soundings. Accurate chart reading underpins every navigation decision in pilotage.

Lesson 4 • Passage Planning for Port Approaches

Structures a complete passage plan from berth to sea buoy and return. Integrates chart work, tidal data, and hazard assessment into a single plan.

Lesson 1 • Locks, Bridges, and Restricted Passages

Covers procedures for transiting locks, swing bridges, and narrow passages. Students manage vessel speed and positioning in highly constrained environments.

Lesson 2 • Buoyage and Aids to Navigation

Covers lateral, cardinal, and special buoyage systems and light characteristics. Students use aids to navigation to maintain safe track in pilotage waters.

Lesson 3 • Night and Restricted Visibility Navigation

Adapts navigation and manoeuvring techniques for darkness and reduced visibility. Students apply radar, sound signals, and speed reduction protocols.

Lesson 4 • Navigating Channels and Fairways

Addresses track-keeping, speed management, and traffic separation in dredged channels. Builds practical skills for the most common pilotage transit scenario.

Lesson 1 • Unberthing Procedures

Addresses line-letting-go sequence, spring-off techniques, and departure manoeuvring. Students plan unberthing to clear the berth safely before entering the fairway.

Lesson 2 • Berthing in Adverse Conditions

Applies berthing techniques to strong wind, cross-current, and swell scenarios. Students adapt standard procedures to maintain safety margins under stress.

Lesson 3 • Approach Planning and Execution

Structures the mental model for planning a berthing approach, including speed, angle, and abort criteria. Connects passage planning skills to close-quarters manoeuvring.

Lesson 4 • Mooring Lines and Fender Systems

Explains mooring line types, lead angles, and fender configurations. Students direct mooring operations to secure vessels safely and efficiently.

Lesson 1 • Error Management and Decision Making

Introduces threat and error management frameworks applied to pilotage scenarios. Students identify error chains and apply intervention strategies before accidents occur.

Lesson 2 • Situational Awareness on the Bridge

Develops techniques for maintaining a continuous mental model of vessel position, traffic, and hazards. Directly reduces the risk of navigational error during pilotage.

Lesson 3 • Crew Coordination and Task Delegation

Covers how pilots assign tasks to officers, helmsmen, and lookouts during transit. Effective delegation preserves pilot cognitive capacity for critical decisions.

Lesson 1 • Fire, Flooding, and Cargo Emergencies

Outlines the pilot's role when fire, flooding, or dangerous cargo incidents occur during transit. Students coordinate with the master and shore authorities effectively.

Lesson 2 • Man Overboard and Pilot Ladder Safety

Covers man-overboard recovery procedures and safe pilot boarding and disembarking. Students apply safety standards to the highest-risk moments of every pilotage.

Lesson 3 • Grounding Prevention and Response

Addresses pre-grounding warning signs, avoidance actions, and post-grounding assessment. Students apply under-keel clearance monitoring to prevent and manage groundings.

Lesson 4 • Propulsion and Steering Failures

Covers immediate actions for engine failure, rudder jam, and thruster loss during pilotage. Students apply alternative manoeuvring options to regain control.

Lesson 1 • Offshore and Unconventional Berth Operations

Addresses single-point mooring, offshore terminal approaches, and unconventional berth configurations. Students apply adaptive manoeuvring to non-standard port environments.

Lesson 2 • Simulator-Based Advanced Scenarios

Integrates all advanced skills in high-fidelity simulator exercises replicating complex pilotage scenarios. Students receive structured debriefs to consolidate learning and identify gaps.

Lesson 3 • Deep-Draught and Large Vessel Handling

Addresses the unique squat, interaction, and manoeuvring challenges of very large vessels. Students adapt standard techniques to vessels with minimal under-keel clearance.

Lesson 4 • Ship-to-Ship Transfer Operations

Teaches the manoeuvring and mooring procedures for ship-to-ship cargo transfers at anchor or underway. Students manage the interaction forces and communication demands of STS operations.