Dry Cargo Operations Management Training Course

Participants can extract operational obligations and commercial exposure from fixture terms.

• Fixture recap review for cargo, port, laytime, and notice requirements
• GENCON clauses affecting loading, discharge, exceptions, and dispute evidence
• Voyage charter versus time charter operational responsibility allocation
• Identify charterer, owner, and terminal obligations before voyage commencement
• Readiness provisions, safe port warranties, and berth availability implications
• Operational instructions aligned with rider clauses and voyage orders

Participants can assess cargo information for safe acceptance and carriage.

• Commodity groups: grains, coal, ores, minerals, steel, and fertilisers
• Cargo declarations required before loading under SOLAS and IMSBC Code
• Moisture content, transportable moisture limit, and flow moisture point
• Assess cargo hazards including liquefaction, dust, self-heating, and toxicity
• Certificate of moisture content review for Group A cargoes
• Reject incomplete, inconsistent, or late cargo information before loading

Participants can apply IMSBC Code cargo classifications and controls to loading decisions.

• IMSBC Code structure, schedules, appendices, and competent authority functions
• Classify Group A, Group B, and Group C bulk cargoes
• Schedule requirements for coal, direct reduced iron, and mineral concentrates
• Apply special precautions, ventilation instructions, and monitoring requirements
• Loading restrictions triggered by cargo moisture and weather conditions
• Document shipper declarations, test certificates, and emergency response information

Participants can match cargo requirements with vessel, hold and hatch characteristics.

• Bulk carrier types, deadweight ranges, grabs, cranes, and hatch arrangements
• Read general arrangement plans, capacity plans, and tank tables
• Hold dimensions, hatch openings, and cargo access limitations
• Calculate cargo intake from stowage factor and available hold volume
• Identify draft, air draft, beam, and port restriction constraints
• Prepare vessel capability notes for cargo and terminal nominations

Participants can prepare practical stowage and hold-readiness plans for dry cargoes.

• Stowage factors, broken stowage, trim allowances, and intake estimates
• Segregate incompatible cargoes using IMSBC Code and CSS Code guidance
• Hold cleaning standards for grain, fertiliser, coal, and steel products
• Inspect hatch covers, bilges, sounding pipes, and drainage arrangements
• Cargo residues, contamination sources, and hold cleanliness evidence
• Develop hold inspection checklists before surveyor and terminal attendance

Participants can evaluate loading sequences against stability and structural limits.

• GM, trim, draft, free surface, and stability margin fundamentals
• Shear force and bending moment limits during loading operations
• Loading computer outputs, permissible limits, and master confirmation procedures
• Design loading sequences for alternate holds and block loading
• Monitor draft changes, ballast transfers, and cargo distribution adjustments
• Stop-work triggers for unsafe loading sequence deviations and alarms

Participants can coordinate loading operations with terminals using clear control points.

• BLU Code ship-shore safety checklist and communication arrangements
• Terminal loading plans, conveyor rates, grab rates, and loading tolerances
• Agree loading sequence, trimming requirements, and ballast exchange timing
• Control weather interruptions, dust limits, and cargo spillage incidents
• Conduct pre-loading meetings with master, terminal, agent, and surveyor
• Record loading progress against plan, drafts, and contractual loading rate

Participants can plan safe carriage and securing arrangements for breakbulk cargoes.

• Breakbulk cargo categories: steel, bagged goods, timber, machinery, and vehicles
• Cargo unit weights, lifting points, packing, and handling limitations
• CSS Code principles for securing non-standardised cargo units
• Prepare stowage plans considering access, dunnage, lashing, and discharge sequence
• Calculate lashing requirements using cargo securing manual parameters
• Inspect cargo condition, tally records, and damage notation procedures

Participants can build a port-call plan that anticipates operational constraints.

• Port rotation planning using ETA, berth windows, tides, and pilotage
• Pre-arrival questionnaires, notices, certificates, and customs documentation
• Agent instructions covering bunkers, stores, crew changes, and surveys
• Assess berth restrictions, terminal rules, labour arrangements, and working hours
• Build port-call action lists with owners, deadlines, and escalation points
• Coordinate arrival drafts, ballast condition, and readiness for inspection

Participants can maintain laytime records and identify evidence needed for claims.

• Laytime definitions: SHINC, SHEX, reversible, and non-reversible arrangements
• Notice of readiness validity, tendering requirements, and acceptance records
• Statement of facts entries for arrivals, berthing, stoppages, and completion
• Time sheet preparation using charter party clauses and port records
• Identify interruptions caused by weather, strikes, congestion, and equipment failure
• Preserve contemporaneous evidence for demurrage and despatch calculations

Participants can interpret quantity-control methods and challenge evident discrepancies.

• Draft survey purpose, limitations, and surveyor independence considerations
• Initial, intermediate, and final draft readings and corrections
• Displacement calculation using hydrostatic tables and vessel constants
• Compare shore scale figures, bill quantities, and draft survey results
• Tally methods for breakbulk cargoes, bundles, coils, and packaged units
• Investigate quantity discrepancies through records, photographs, and protest letters

Participants can control core cargo documents and identify documentary risks.

• Bill of lading functions as receipt, evidence, and document of title
• Mate's receipts, cargo manifests, delivery orders, and letters of indemnity
• Clean versus claused bills and master’s authority for cargo remarks
• Check shipped quantity, cargo description, marks, and apparent condition
• Document discrepancies between cargo documents, survey reports, and fixture instructions
• Control document release timing, originals, electronic records, and authorisations

Participants can identify cargo damage exposures and preserve a defensible evidence record.

• Common claims: wet damage, contamination, shortage, delay, and overheating
• Causation analysis using chronology, documents, photographs, and survey findings
• Protective clauses, letters of protest, and reservation of rights
• Manage wet weather procedures for moisture-sensitive bulk and breakbulk cargoes
• Cargo ventilation decisions based on dew point and cargo characteristics
• Escalate incidents to P&I correspondents, insurers, and commercial managers

Participants can use risk controls and performance measures to improve cargo execution.

• Bow-tie analysis for cargo loss, unsafe loading, and delay events
• Risk registers with causes, controls, owners, triggers, and actions
• Key performance indicators: turnaround, loading rate, claims, and demurrage
• Root cause analysis using five whys and corrective action tracking
• Audit trail requirements for cargo declarations, plans, surveys, and instructions
• Post-voyage reviews converting operational findings into preventive controls

Participants can build, review and present a complete dry cargo voyage operations pack.

• Analyse fixture recap, cargo declaration, vessel data, and terminal restrictions
• Build cargo acceptance, hold preparation, stowage, and loading sequence plans
• Prepare port-call actions, communications matrix, and document control schedule
• Calculate key laytime exposure and identify supporting evidence requirements
• Assess cargo, stability, weather, terminal, and claims risks
• Present operational recommendations, contingencies, and escalation decisions to reviewers