CSCP Math A–Z: Forecasting, Inventory & Logistics

Complete CSCP math prep: forecasting, inventory, logistics & operations calculate step-by-step guidance

What you'll learn
- Calculate and interpret key forecasting metrics such as MAD, MAPE, bias, tracking signal, and standard deviation.
- Apply core forecasting techniques including moving averages, weighted averages, exponential smoothing, trend projection, and seasonality adjustments.
- Solve inventory and operations math problems including EOQ, safety stock, reorder point, cycle stock, and capacity utilization.
- Evaluate logistics and distribution performance using transportation cost analysis, warehouse utilization, landed cost, and service-level metrics.
- Perform procurement and sourcing calculations such as total cost of ownership, quantity discounts, PPV, supplier scoring, and make-or-buy analysis.
- Analyze global supply chain financial metrics including cash-to-cash cycle, ROA, DSO/DPO/DIO, inventory valuation, and cost of capital.
- Link quantitative results to real business decisions in forecasting, inventory planning, logistics management, and sourcing strategies.
- Prepare confidently for CSCP-level exam problems with step-by-step, realistic practice on all major supply-chain math topics.

Requirements
- No advanced math background is required — basic arithmetic (addition, subtraction, multiplication, division) is enough.
- No supply chain experience needed — all concepts are explained step by step.
- A calculator (or Excel/Google Sheets) to follow the numerical examples.
- Curiosity about supply chain, forecasting, inventory, or logistics.
- For CSCP candidates: basic familiarity with the CSCP body of knowledge is helpful but not required.

Description
CSCP Math A–Z: Forecasting, Inventory & Logistics

Are you preparing for the APICS CSCP exam or working in supply chain management — but struggling with the math behind forecasting, inventory, logistics, procurement, and financial performance? You’re not alone. These calculations are among themost challenging and most heavily testedareas of the CSCP body of knowledge. This course turns them into your strongest advantage.

CSCP Math A–Z: Forecasting, Inventory and Logisticsis a complete, action-focused program that teaches you every major supply chain formula through clear explanations and real exam-level problems. Instead of memorizing equations, you will learn how to think, analyze, and solve calculations the way professional planners, analysts, managers, and CSCP exam writers expect.

This course contains5 major sections,75 fully solved math problems, andstep-by-step guidanceacross the entire supply chain quantitative spectrum. You will learn and practice formulas used in forecasting, inventory planning, logistics operations, procurement, financial decision-making, and global supply chain management.

What’s Included in This Course

75 Realistic Math Problems (Fully Solved Step-By-Step)

• 15 Forecasting & Demand Planning Problems• 15 Inventory & Operations Problems• 15 Logistics & Distribution Problems• 15 Procurement & Sourcing Problems• 15 Global Supply Chain Finance Problems

5 Full Course Sections

Forecasting & Demand Math

Inventory & Operations Math

Logistics & Distribution Math

Procurement & Sourcing Math

Global Supply Chain & Financial Performance Math

Topics Covered (Complete Breakdown)

Forecasting:MAD, MAPE, Bias, Tracking Signal, Moving Averages, Weighted Averages, Exponential Smoothing, Regression/Trend, Seasonality, Deseasonalization, Combined ForecastsInventory:EOQ, Total Cost, Safety Stock, Reorder Point, Inventory Turns, Cycle Stock, Capacity, Efficiency, Yield, Scrap, Production Lot SizingLogistics:Transportation Cost, Break-Even Shipping, Warehouse Throughput, Space Utilization, Fleet Efficiency, Lead Time, Order Cycle Time, Total Landed CostProcurement:PPV, Quantity Discounts, Total Cost of Ownership, Make-or-Buy, Supplier Scoring, Defect Rates, Spend Analysis, Capacity Utilization, Delivery PerformanceGlobal Financials:Cash-to-Cash Cycle, DSO, DPO, DIO, ROA, Gross Margin, Exchange Rates, Hedging, Depreciation, Cost of Capital, Profitability Index

What You Will Learn

By the end of this course, you will be able to:• Solve CSCP-level math problems with confidence using the correct formulas• Analyze forecasting accuracy and demand patterns with professional skill• Optimize inventory using EOQ, ROP, safety stock, and operational metrics• Evaluate logistics costs, warehouse performance, and distribution efficiency• Perform procurement cost comparisons and TCO analysis• Measure global supply chain financial performance and working capital metrics• Interpret results the same way CSCP exam graders and hiring managers expect• Make smarter, data-driven supply chain decisions in real-life situations

Who This Course Is For

• CSCP candidates preparing for the quantitative portion of the exam• Supply chain analysts, planners, buyers, logistics coordinators, and managers• Students or professionals who want to master supply chain math• Anyone who wants to strengthen forecasting, inventory, logistics, or procurement skills

Why This Course Works

Unlike typical theory-only training, this course is built onreal problem solving,practical reasoning, andclear step-by-step explanation. You will build confidence through repetition, structured logic, and realistic business scenarios modeled after the actual CSCP exam.

If you want to pass the CSCP exam, grow your supply chain career, or become the person who understands the numbers behind strategic decisions — this course is built for you.

If you’d like extra learning materials related to supply chain or CSCP preparation, please check my instructor profile for available resources.

Start today and gain the quantitative skills that set top supply chain professionals apart.

Who this course is for:
- CSCP (APICS) exam candidates who want to master every math topic tested in the certification.
- Supply chain professionals working in forecasting, planning, inventory, logistics, procurement, or operations.
- Students and graduates studying supply chain management, business, operations, or industrial engineering.
- Career changers entering the supply chain field who need practical, real-world quantitative skills.
- Analysts, planners, and managers who want to strengthen their forecasting, inventory, and financial decision-making abilities.
- Anyone who struggles with supply chain math and wants a clear, step-by-step approach with realistic examples.
More Info