Container Logistics Management Training Course

Participants can assess how carrier networks and service structures affect shipment planning.

• Liner shipping business model, alliances, vessel strings, and port rotations
• Direct, transhipment, feeder, and relay services compared for routing decisions
• Service frequency, transit time, reliability, and cut-off trade-offs assessed
• Blank sailings, port omissions, and schedule recovery impacts evaluated
• Carrier capacity allocation and equipment positioning constraints explained
• Published schedules verified against operational voyage and terminal information

Participants can apply Incoterms 2020 to define transport responsibilities and risk transfer.

• Incoterms 2020 rules matched to containerised sales and purchase contracts
• Cost, risk, export clearance, and import clearance responsibilities allocated
• FCA and FOB distinctions assessed for container terminal deliveries
• CIP, CIF, DAP, DPU, and DDP commercial implications compared
• Named place precision used to prevent ambiguous delivery obligations
• Sales contract clauses checked against practical transport control points

Participants can select suitable equipment and specify safe container packing requirements.

• Dry, high-cube, reefer, open-top, flat-rack, and tank containers selected
• Payload, cubic capacity, tare weight, and gross mass constraints calculated
• Cargo compatibility, moisture protection, ventilation, and segregation requirements assessed
• CTU Code packing principles applied to load distribution and restraint
• Verified Gross Mass requirements planned under SOLAS container regulations
• Container inspection criteria identify damage, contamination, and structural defects

Participants can evaluate carrier and forwarder options against defined lane requirements.

• Request-for-quotation structure defines lanes, volumes, equipment, and service requirements
• Freight rate components separated into base rate, surcharges, and local charges
• Spot, named-account, and contract rates compared for procurement decisions
• Carrier scorecards assess schedule reliability, capacity, claims, and responsiveness
• Minimum quantity commitments and volume forecasts tested against demand uncertainty
• Award recommendations balance total cost, transit performance, and operational risk

Participants can create a shipment plan that meets carrier, cargo and customer deadlines.

• Booking requests specify routing, equipment, cargo readiness, and consignee details
• Cargo ready dates reconciled with vessel cut-offs and pickup capacity
• Booking confirmations checked for vessel, voyage, terminals, and equipment terms
• Shipment milestone plans sequence empty release, loading, gate-in, and sailing
• Rolling bookings and split shipments managed during capacity constraints
• Booking amendments controlled through documented approval and communication paths

Participants can prepare and validate core documents needed for container movement and release.

• Shipping instructions reconciled with commercial invoice, packing list, and booking
• Bill of lading functions as receipt, contract evidence, and title document
• Original, sea waybill, express release, and telex release options compared
• Consignee, notify party, commodity, and marks data validated carefully
• House bills and master bills aligned within freight forwarder movements
• Document amendment controls prevent release delays, charges, and cargo claims

Participants can control export port activities from empty collection to vessel loading.

• Empty release orders, depot appointments, and equipment interchange records controlled
• Stuffing schedules coordinate warehouse loading, seals, weights, and documentation
• Terminal gate-in procedures checked against cut-offs and booking status
• Customs export declarations aligned with cargo, invoice, and shipping data
• Port cut-offs distinguished for cargo, documentation, VGM, and dangerous goods
• Load-list confirmation and departure notices trigger downstream communications

Participants can plan import release and delivery while controlling port dwell time.

• Arrival notices reviewed for vessel discharge, charges, and release conditions
• Manifest, bill release, customs clearance, and delivery order dependencies mapped
• Terminal availability dates distinguish free time from chargeable storage exposure
• Haulier appointments coordinated with release status and delivery windows
• Container pickup, unloading, empty return, and interchange records scheduled
• Import exceptions escalated before free time expiry and customer impact

Participants can design inland container movements that align with port and customer constraints.

• Road, rail, barge, and depot options compared for inland movements
• Drayage planning accounts for appointments, chassis, driver hours, and congestion
• Round-trip, triangulation, and street-turn opportunities assessed for equipment efficiency
• Rail ramp cut-offs and availability windows integrated into shipment milestones
• Proof of delivery and equipment interchange records support dispute resolution
• Inland carrier performance measured through pickup, delivery, and return milestones

Participants can identify customs, security and data controls affecting container release.

• HS classification, customs valuation, origin, and licensing responsibilities identified
• Commercial documents checked for customs declaration data consistency
• Advance cargo information requirements planned before loading and arrival
• AEO and C-TPAT security controls related to container movements
• Seal management records maintain container security and chain-of-custody evidence
• Customs inspections, holds, and examinations incorporated into exception plans

Participants can plan compliant container movements for dangerous goods and special cargo.

• IMDG Code classification, declaration, packing, and segregation requirements applied
• Dangerous goods declarations matched with booking and container loading data
• Marine pollutants, limited quantities, and emergency response information reviewed
• Reefer cargo setpoints, pre-trip inspections, and monitoring responsibilities defined
• Out-of-gauge cargo planning addresses lashing, permits, and terminal acceptance
• Special cargo exceptions escalated through carrier, terminal, and customer channels

Participants can build a lane-level cost model for containerised imports or exports.

• Freight invoices decomposed into ocean, origin, destination, and inland charges
• BAF, CAF, PSS, THC, ISPS, and documentation fees explained
• Currency conversion and payment terms incorporated into landed-cost calculations
• Cost-to-serve analysis assigns logistics costs to products, customers, and lanes
• Accessorial charges investigated using booking, terminal, and delivery evidence
• Variance analysis compares quoted, budgeted, invoiced, and actual transport costs

Participants can prevent, monitor and resolve container time-related charges.

• Demurrage, detention, storage, per diem, and free-time terms distinguished
• Carrier tariffs and terminal rules checked before shipment execution
• Free-time calendars track discharge, pickup, return, and invoice trigger dates
• Exception logs prioritise containers approaching chargeable time thresholds
• Charge disputes assembled using release records, appointments, and correspondence
• Equipment imbalances and late returns analysed for recurring root causes

Participants can operate a milestone-based control process for shipment exceptions.

• Milestone definitions standardise planned and actual shipment status reporting
• Event management identifies missing, late, contradictory, and high-risk updates
• Exception severity matrix prioritises customer impact, cost, and recovery options
• Root-cause analysis separates carrier, terminal, shipper, and data failures
• Escalation workflows assign owners, response deadlines, and communication actions
• Corrective action registers convert recurring exceptions into process improvements

Participants can build performance measures that support cost, service and asset control.

• KPI hierarchy links strategic objectives with operational shipment measures
• On-time departure, arrival, delivery, and empty-return metrics defined
• Schedule reliability measured against original, revised, and actual dates
• Container dwell time segmented by terminal, customs, consignee, and depot
• Freight cost variance and accessorial charge trends analysed monthly
• Dashboard reviews trigger accountable actions rather than passive reporting

Participants can document logistics claims and coordinate commercially sound service recovery.

• Cargo loss, damage, delay, and misdelivery claims distinguished clearly
• Evidence packs include survey reports, photographs, documents, and communications
• Bill of lading terms reviewed for liability limits and notice periods
• Carrier, insurer, forwarder, and cargo-owner responsibilities assessed systematically
• Service recovery plans protect customers during delayed or rolled shipments
• Lessons learned convert claims data into preventive control actions

Participants can assess trade-lane risks and select practical continuity and reporting controls.

• Risk registers assess port disruption, weather, conflict, strikes, and congestion
• Single-port and single-carrier dependencies tested through contingency scenarios
• Alternative routings evaluated for cost, transit, capacity, and customs feasibility
• Business continuity plans define triggers, decision rights, and communications
• GHG Protocol transport emissions calculated from shipment activity data
• Carrier emissions reports assessed for methodology, scope, and data quality

Participants can define data controls for reliable container logistics planning and visibility.

• Transport management systems connect orders, bookings, milestones, and invoices
• EDI messages support booking, status, manifest, and invoice information exchanges
• Data dictionaries standardise port codes, equipment codes, and shipment statuses
• Master-data controls prevent duplicate parties, incorrect routes, and billing errors
• API visibility feeds validated against carrier and terminal source events
• Data-quality scorecards measure completeness, timeliness, accuracy, and consistency

Participants can build, review and present a complete container logistics operating plan for a defined trade lane.

• Trade-lane scope defines cargo, volumes, ports, customers, and service requirements
• Routing, carrier, equipment, and inland transport choices justified with evidence
• Milestone plan integrates bookings, cut-offs, customs, delivery, and returns
• Landed-cost model quantifies freight, local charges, risks, and contingencies
• KPI dashboard and exception workflow establish operating governance and accountability
• Peer review tests resilience against delays, capacity shortages, and customs holds