The Art of Managing Inventories in Supply Chains

Explore how a supply chain forms an interconnected, designed sequence from sourcing, production, storage to distribution. See how interdependencies and the weakest link shape overall performance.

Explore how inventories support manufacturing, logistics, retail, restaurants, and banks to meet production schedules and demand. Reduce downtime and holding costs while improving efficiency and timely deliveries.

Align inventory with demand forecast to maintain optimal stock and timely flow of goods, reducing costs and boosting customer satisfaction through meticulous record keeping and cross-department coordination.

Explore basic inventory concepts: stock, inventory, item, and unit, and learn how proper stock management avoids overstocking and stock outs while guiding procurement and order fulfillment.

Define inventory as tangible resources—raw materials, work in progress, and finished goods—held to meet demand, balance supply, and support profitability through proper valuation.

Explore how inventory management coordinates ordering, handling, storing, and using non-capitalized assets—raw materials, work in progress, and finished goods—to balance demand, reduce cost, and improve supply chain health.

Firms hold inventories to avoid stockouts, buffer production, meet demand spikes, and safeguard customer orders and satisfaction, while enabling flexible production and leveraging price discounts and fluctuations.

Understand why inventory is a necessary evil and how accumulation ties up capital and raises costs, while depletion risks production stoppage and missed deliveries; emphasize optimal inventory levels.

Identify inventory management KPIs to optimize costs and boost customer satisfaction by improving availability and on-time deliveries. Track turnover ratio to measure efficiency and reduce holding, ordering, and transportation costs.

Understand push, pull, and hybrid inventory models, where push relies on forecast and stock, pull on actual demand, and hybrids balance both with examples from toy, car, and computer manufacturing.

Explore inventory classifications by material flow, nature of use, and finished goods, detailing raw materials, work in progress, MRO items, and associated packaging considerations.

Explore the six inventory types based on use, including cycle, safety, pipeline, anticipation, decoupling, and dead inventory, and learn how each supports demand fulfillment and risk management.

Identify five finished goods inventory types: ready to sell, allocated, in-transit (pipeline), seasonal, and safety inventory. Understand how each type meets demand, preserves stock, and mitigates disruptions.

Explore inventory cost types—acquisition and ordering, carrying, stockouts, and overstock—along with total cost of ownership, including acquisition, landed, and carrying costs, to optimize supply chains.

Forecast future demand to set optimal inventory levels in supply chains using historical data, trends, seasonality, lead time, and safety stock considerations.

Forecasting inventory predicts future demand to maintain optimal stock levels, minimize stockouts, reduce holding costs, and cut product waste by aligning purchases with past sales, seasonality, and trends.

Explore qualitative and quantitative forecasting approaches for inventories, including expert opinion, Delphi, sales force estimates, consumer surveys, and time series methods like moving average, exponential smoothing, and trend projection.

Learn how procurement covers sourcing and purchasing of merchandise, capex, raw materials, services, and MRO supplies, from supplier identification to delivery and payment terms.

Learn how procurement equals sourcing plus purchasing, from identifying needs and approving requisitions to issuing purchase orders, receiving goods, and aligning invoices with contract terms.

Ensure a continuous supply of raw materials at the lowest total cost through strategic sourcing, inventory management, and cost optimization, while boosting quality and satisfaction through supplier evaluation and diversification.

Apply the seven r's of procurement to guide decisions, ensuring right quality, right quantity, reliable source, right price, right place, right time, and mode of transportation.

Procurement directly influences cost of goods sold, quality, and efficiency, while enabling cross-functional collaboration, early supplier involvement, design input, and a competitive advantage.

Master the procure to pay cycle, linking requirement planning to payment by executing PR, supplier selection, PO creation, goods receipt, three-way matching, and timely payments.

Explore the source to pay and procure to pay lifecycle, from market analysis and supplier selection to contract, invoicing, and supplier management, optimizing cycle time and compliance.

Apply the Kraljic matrix to classify items by profit impact and supply risk, guiding sourcing across strategic, high profit low risk, bottleneck, and non critical items to manage risk.

Explore value analysis and value engineering in procurement, focusing on cost value, exchange value, use value, and esteem value to guide inventory decisions, supplier selection, pricing, and customer-centric design.

Explore cost based pricing models in procurement, including cost markup pricing, margin pricing, and rate of return pricing, with unit costs and negotiation implications.

Learn how inventory storage and warehousing organize and secure raw materials, parts, and finished goods, bridging origin and consumption while providing status information to management.

Integrate inbound operations, quality assurance, warehouse operations, outbound operations, and inventory control to improve lead times and customer satisfaction.

Optimize space and time management in warehousing to reduce storage, handling costs and monthly expenses. Leverage vertical racking, automated storage, and barcode technologies to improve labor efficiency and warehouse performance.

Explore how warehouse layouts optimize space utilization and streamline workflows, from receiving and staging to storage, picking, packing, and shipping, with dynamic and static storage and I-shaped and U-shaped warehouses.

Explore why warehousing is essential for seasonal production and demand, large-scale output, quick supply, continuous production, buffer stocks near consumption points, and price stabilization in modern supply chains.

Understand how market stability and product base stability influence warehousing planning, and how material types, storage layouts, inventory levels and locations, technology, and unit load affect efficiency and costs.

Evaluate warehouse location options using factor rating, break-even analysis, center of gravity, and transportation models to minimize costs and balance supplier and customer proximity.

Explore the economical benefits of warehousing through breakbulk and cross stock strategies, reducing transportation costs, inventory holding, and delivery times across the supply chain.

Explore warehousing KPIs across internal operations, suppliers, and customers, including inventory turnover, order accuracy, cycle time, on-time delivery, order fulfillment rate, and return rates to optimize performance and satisfaction.

Explore how a warehouse item coding structure assigns unique identifiers to products, using prefix, sub-prefix, item code, nature, and category to enable precise tracking and sorting.

Explore how a warehouse management system automates inventory management, receiving and put-away, picking and packing, and shipping to boost efficiency, accuracy, and supply chain visibility.

Explore inventory control mechanics. Decide what to stock, when to order, and how much to order using ABC analysis and economic order quantity to balance supply and demand.

Understand how inventory analysis sets reorder level, reorder quantity, and buffer stock, using daily usage, lead time, and safety stock to maintain minimum and maximum stock levels.

Explore how various inventory levels—deficiency level, exhaust level, buffer stock, danger level, reorder level, and maximum stock level—shape stockouts, replenishment timing, and cost implications in supply chains.

Compute the economic order quantity to minimize inventory costs by balancing ordering and carrying costs, with demand 5000 units, ordering cost 30 per order, and holding cost 6 per unit.

Apply ABC analysis, SML classification, vital, essential, and desirable items, GOLF analysis, and FSN analysis to prioritize inventory by value, criticality, availability, and movement, reducing costs.

Explore inventory KPIs—inventory turnover from cost of goods sold divided by average inventory, days to sell inventory (DIO), average inventory, inventory write-offs, and holding cost.

Explore inventory accounting methods and principles used to value and track costs, including FIFO, LIFO, and specific identification, and how inventory affects the balance sheet and cost of goods sold.

Explore key inventory formulas: cost of goods sold, ending inventory, inventory turnover, sell-through rate, days inventory outstanding, and 30 days sales velocity.

Examine inventory valuation methods: fifo, lifo, and weighted average, and their effects on cost of goods sold, profits, taxes, and ending inventory in rising or falling prices and expiration-sensitive applications.

Explore how barcode and QR codes drive inventory tracking from acquisition to sales, delivering real-time updates, accurate stock levels, and seamless data integration with the inventory management system.

Explore how barcoding enhances inventory management by improving accuracy, speeding data entry, providing real-time feedback, and boosting productivity while reducing labor costs.

Leverages radio frequency identification to identify and track items with RFID tags communicating with readers, enabling real-time inventory, improved accuracy, faster stock takes, and enhanced visibility across the supply chain.

Express gratitude to participants and reflect on the course's insights into inventory management, including inventory control, analysis, and accounting, and highlight how these concepts apply in the supply chain.