Freight Calculation Course

Lesson 1 • Transport Modes and Rate Structures

Each transport mode uses distinct pricing logic driven by capacity, speed, and infrastructure. Connects modal characteristics to the rate structures students will analyse throughout the course.

Lesson 2 • Key Pricing Variables

Weight, volume, distance, commodity type, and service level are the primary drivers of any freight rate. Understanding these variables enables accurate rate comparison and negotiation.

Lesson 3 • The Role of Freight Rates

Freight rates as the price mechanism linking shippers, carriers, and intermediaries. Establishes why rate literacy is essential for supply chain cost control.

Lesson 1 • Freight Rate Quotation Documents

Rate sheets, booking confirmations, and service contracts are the primary documents conveying ocean pricing. Reading these documents accurately prevents costly misinterpretations.

Lesson 2 • Container Freight Rate Components

Ocean rates consist of a base freight rate plus multiple surcharges that vary by trade lane. Decomposing these components is the foundation for accurate cost estimation.

Lesson 3 • Less-than-Container Load Pricing

LCL shipments are priced differently from FCL due to consolidation costs and revenue sharing. Students apply LCL rate logic to determine break-even points versus FCL.

Lesson 4 • Port and Terminal Charges

Origin and destination charges add significant cost beyond the ocean rate itself. Students learn to identify, calculate, and allocate these charges in a total landed cost.

Lesson 1 • Air Freight Surcharges

Fuel, security, and handling surcharges can exceed the base rate on many air shipments. Students learn to identify each surcharge and incorporate them into total cost calculations.

Lesson 2 • Air vs. Ocean Cost Trade-off Analysis

Choosing between air and ocean requires comparing total cost against time value and inventory carrying cost. Students apply a structured framework to justify modal selection.

Lesson 3 • Air Waybill and Rate Confirmation

The air waybill is both a transport contract and a rate confirmation document. Accurate reading of the AWB prevents billing disputes and ensures correct charge allocation.

Lesson 1 • Rail Freight Tariff Mechanics

Rail tariffs use commodity codes, car types, and distance scales to determine rates. Students apply rail tariff logic to intermodal and bulk commodity pricing scenarios.

Lesson 2 • Truckload and Spot Market Pricing

Full truckload rates are driven by lane supply-demand and negotiated directly with carriers or brokers. Students analyse spot versus contract rate dynamics and their cost implications.

Lesson 3 • Cross-Border Ground Freight Pricing

Cross-border shipments add customs, border crossing, and compliance costs to base ground rates. Students identify and quantify these additional charges in a cross-border cost model.

Lesson 4 • Less-than-Truckload Tariff Structure

LTL pricing uses freight class, weight breaks, and base rates from carrier tariff tables. Students learn to classify freight and apply tariff tables to generate accurate LTL quotes.

Lesson 1 • Carrier Commodity Classification

Carriers maintain their own commodity lists that map to rate categories distinct from HS codes. Students learn to cross-reference carrier commodity codes with HS codes for accurate rating.

Lesson 2 • Commodity Valuation for Rating Purposes

Declared value affects ad valorem surcharges, liability limits, and insurance costs. Students calculate the cost impact of different valuation declarations on total freight charges.

Lesson 3 • Harmonized System Overview

The Harmonized System provides a universal commodity coding framework used across all transport modes and trade documents. Correct HS classification is the starting point for rate determination.

Lesson 1 • Contract Terms and Rate Protection

Rate agreements must include escalation clauses, surcharge caps, and dispute resolution terms to protect against cost volatility. Students draft key contract provisions that lock in negotiated savings.

Lesson 2 • Preparing for Rate Negotiation

Effective negotiation starts with volume data, lane analysis, and market benchmarks. Students build a negotiation brief that quantifies leverage and sets realistic rate targets.

Lesson 3 • Carrier Proposal Evaluation

Carrier proposals must be normalised before comparison to eliminate structural differences in rate presentation. Students apply a scoring model that balances cost, service, and risk.

Lesson 4 • Request for Quotation Process

A well-structured RFQ drives competitive carrier responses and enables apples-to-apples comparison. Students design RFQ templates that capture all cost components and service requirements.

Lesson 1 • Freight Payment and Control Systems

Automated freight payment systems reduce manual effort and enforce rate compliance at scale. Students evaluate system capabilities and design approval workflows for freight payment authorisation.

Lesson 2 • Freight Invoice Verification

Carrier invoices frequently contain errors in rate application, surcharge calculation, and accessorial billing. Students apply a step-by-step verification process against contracted rates and shipment data.

Lesson 3 • Cost Reduction Opportunity Identification

Audit data reveals patterns that point to structural cost reduction opportunities beyond error recovery. Students apply root cause analysis to identify and prioritise freight cost improvement initiatives.

Lesson 4 • Freight Spend Analytics

Spend analytics transform invoice data into actionable insights on cost drivers, lane performance, and carrier efficiency. Students build a freight spend dashboard using key performance metrics.

Lesson 1 • Freight Budget Planning and Forecasting

Accurate freight budgets require rate forecasts, volume projections, and scenario modelling for market disruptions. Students build a freight budget model that integrates market data and operational assumptions.

Lesson 2 • Freight Rate Strategy Alignment

Freight rate strategy must align with inventory policy, customer service commitments, and sustainability goals. Students develop a strategic rate management plan that balances cost, service, and risk.

Lesson 3 • Rate Volatility and Risk Hedging

Freight rate volatility creates budget risk that can be mitigated through contract structures, index-linked pricing, and financial instruments. Students evaluate hedging options against their cost and complexity.

Lesson 4 • Freight Market Intelligence

Systematic monitoring of rate indices, capacity news, and carrier financials enables proactive rate management. Students build a market intelligence process that feeds procurement and budgeting decisions.