Intermodal Terminal Operations Training Course

Participants can assess how terminal layout and flow design affect throughput and congestion.

• Quayside, yard, gate, rail and inspection area functions
• Material flow mapping identifies travel distance, handoffs and bottlenecks
• Capacity constraints distinguished between static space and handling resources
• Container stack geometry, ground slots and stacking height assumptions
• Traffic circulation plans separate pedestrians, trucks, equipment and visitors
• Buffer areas sized for customs holds, inspections and damaged units

Participants can prepare berth and vessel working plans using demand, resource and timing data.

• Berth window planning balances vessel arrival uncertainty and quay capacity
• Vessel bay plans interpreted for discharge, loading and restow requirements
• Crane intensity calculations link moves, work hours and departure targets
• Critical-path method identifies activities threatening planned vessel completion
• Lashing, twistlock and hatch-cover work integrated into gang planning
• Marine coordination covers pilots, tugs, mooring and weather restrictions

Participants can allocate quay equipment and labour to meet vessel productivity targets safely.

• Ship-to-shore crane cycles measured through gross and net productivity
• Equipment deployment matrices match tasks, competencies and operating constraints
• Labour gang composition reflects cargo type, equipment and safety controls
• Shift handover briefings capture work status, hazards and outstanding exceptions
• Planned maintenance windows incorporated within vessel and rail schedules
• Equipment utilisation reviewed against idle time, waiting time and availability

Participants can design yard plans that support retrieval speed, segregation and stack productivity.

• Yard zoning separates import, export, empties, reefer and inspection containers
• Stacking strategy considers dwell time, weight, destination and pickup sequence
• Rehandle ratios calculated from stacking rules and expected retrieval patterns
• Import delivery planning prioritises customs status and truck appointment demand
• Export receiving cut-offs connected to vessel load lists and stowage plans
• Inventory accuracy controls reconcile physical location with terminal system records

Participants can use terminal operating system workflows to control inventory and operational exceptions.

• Terminal operating system master data governs locations, equipment and cargo status
• Work queues prioritised by vessel cut-off, appointment and rail departure
• Electronic data interchange messages trigger arrival, discharge and release processes
• Exception codes distinguish missing units, damage, holds and misroutes
• Cycle-count procedures verify inventory accuracy without disrupting operations
• Data-quality dashboards identify duplicate records, timing gaps and location errors

Participants can plan gate operations that reduce truck turnaround time and unsafe congestion.

• Truck appointment systems balance demand peaks against lane capacity
• Gate process mapping covers pre-advice, identification, inspection and interchange
• Optical character recognition and RFID support automated gate verification
• Interchange inspections record container condition, seals and chassis details
• Turn-time measurement separates queueing, transaction and terminal service time
• Escalation rules manage rejected transactions, late arrivals and documentation defects

Participants can coordinate rail operations with terminal handling plans and vessel schedules.

• Rail slot planning aligns train paths, track occupancy and lift capacity
• Train consists checked against wagon limits, cargo status and destination blocks
• Rail loading sequences minimise reshuffles and support safe wagon access
• Cut-off controls protect planned rail departures from late container arrivals
• Handover protocols reconcile terminal inventory with rail operator manifests
• Missed-connection procedures prioritise recovery options and customer notification

Participants can select handling methods and controls appropriate to cargo type and unit condition.

• Container handling equipment compared by lift capacity, mobility and stack density
• RoRo operations coordinate marshalling, vessel ramps and vehicle inspection
• Breakbulk lift plans define slinging, spreaders, lifting points and exclusions
• Cargo securing checks address lashing condition, seals and visible damage
• Temperature-controlled cargo controls cover plug allocation, alarms and monitoring
• Out-of-gauge cargo plans identify route clearances and handling restrictions

Participants can apply dangerous goods, security and documentation controls to terminal operations.

• IMDG Code classes, labels and documentation checked before terminal acceptance
• Segregation tables determine safe storage locations for incompatible dangerous goods
• Emergency response information linked to container positions and cargo declarations
• ISPS Code access controls protect restricted areas and critical infrastructure
• Customs hold procedures separate released, uncleared and examination cargo
• IMO FAL Convention data supports standardised maritime arrival formalities

Participants can identify operational risks and implement practical controls for terminal work.

• Job safety analysis identifies task hazards, controls and responsible persons
• Bow-tie analysis links threat controls, consequences and recovery barriers
• Traffic management plans control equipment interaction, speed and blind spots
• Permit-to-work systems govern high-risk maintenance and confined-space activities
• Near-miss reporting captures weak signals before serious operational events
• Safety observations distinguish unsafe acts, conditions and system failures

Participants can design performance measures and control routines for daily terminal management.

• KPI trees connect throughput, productivity, dwell, reliability and cost
• Crane moves per hour interpreted with operational delay codes
• Yard occupancy thresholds trigger contingency actions before gridlock develops
• Truck turnaround dashboards separate external arrivals from internal processing delays
• Rail departure reliability measured against planned slot and handover times
• Daily control-room meetings assign actions, owners, deadlines and escalation points

Participants can forecast operational demand and convert it into resource requirements.

• Vessel schedules, booking data and seasonality inform volume forecasts
• Workload profiles convert container moves into labour and equipment hours
• Scenario planning tests peak demand, weather disruption and late arrivals
• Queueing assumptions estimate gate lanes and inspection resource needs
• Roster plans match certified personnel to shift workload requirements
• Contingency capacity identifies rental equipment, overtime and alternate storage

Participants can coordinate terminal recovery following operational disruptions and service failures.

• Incident command roles establish authority, communications and decision cadence
• Recovery sequencing prioritises safety, cargo integrity and critical connections
• Weather stoppage plans define thresholds, inspections and restart criteria
• Equipment outage triage assesses redundancy, repair timing and workload transfer
• Berth delay communications align shipping lines, pilots and inland operators
• After-action reviews identify root causes, corrective actions and owners

Participants can manage customer commitments, service exceptions and cargo claims using clear evidence.

• Customer service commitments translated into operational response times and measures
• Service failure logs classify delay, damage, misdelivery and documentation cases
• Chain-of-custody records support claims investigation and liability assessment
• Photographic evidence standards record container condition at interchange points
• Demurrage and detention triggers understood within terminal release processes
• Escalation matrices route customer exceptions to authorised decision makers

Participants can integrate equipment maintenance requirements into terminal operating plans.

• Preventive maintenance schedules protect availability of critical handling equipment
• Mean time between failures tracks reliability across equipment classes
• Mean time to repair measures maintenance response and restoration performance
• Condition monitoring identifies early warning signs in cranes and vehicles
• Spare-parts criticality analysis protects repair capability during peak operations
• Maintenance-operating coordination releases equipment without disrupting priority workloads

Participants can incorporate environmental controls and community obligations into terminal operating routines.

• Dust, noise and lighting controls linked to operating permits
• Spill response plans address fuel, chemicals and cargo residues
• Waste segregation procedures cover ship-generated, operational and hazardous waste
• Energy monitoring tracks diesel consumption, shore power and equipment idling
• Stormwater controls prevent contaminated runoff from reaching harbour waters
• Community complaint logs assign investigation, response and corrective action

Participants can improve terminal processes using evidence-based analysis and controlled implementation.

• Value stream mapping exposes waiting, rework and avoidable handoffs
• Five Whys analysis traces recurring delays to controllable causes
• Pareto charts prioritise operational losses by frequency and impact
• Standard work defines sequence, timing, checks and escalation triggers
• PDCA cycles test improvements before permanent operating procedure changes
• Benefits tracking compares planned gains against measured operating results

Participants can assemble the core analyses and controls required for an integrated terminal operating plan.

• Operating assumptions define volumes, cargo mix, schedules and service targets
• Process maps connect vessel, yard, gate, rail and release activities
• Capacity model tests berth, yard, equipment and gate constraints
• Resource plan assigns equipment, labour, maintenance and contingency capacity
• KPI dashboard sets targets, data sources, review cadence and actions
• Risk register records hazards, controls, owners and escalation arrangements

Participants can build, review and present a complete intermodal terminal operating plan for a defined facility scenario.

• Terminal operating plan integrates flows, capacity, resources, controls and measures
• Assumptions tested against vessel, rail, truck and yard demand scenarios
• Peer review challenges feasibility, safety controls and customer commitments
• Management presentation explains priorities, trade-offs, costs and expected results
• Implementation roadmap sequences actions, dependencies, owners and review milestones
• Final revisions incorporate feedback into an accountable operating document