Free practice quiz
CSCP Prep Course (CSCP): free quiz
10 questions from the program. See your score right away, then unlock the explanation of every answer.
- Question 1 of 10
A regional manufacturer asks the supply chain team to reduce quarterly cost. Warehousing proposes cutting safety stock by 40%, transportation proposes using slower full-truckload moves, and sales warns that key accounts require 98% fill rate. A customs classification question also emerges for a new imported component. What is the best CSCP-aligned action?
End-to-end supply chain scope includes materials, information, and funds, so the best action balances customer service, total cost, risk, and working capital across functions. Option C is correct because it avoids silo optimization and escalates the specialist customs issue. Option A is tempting because inventory cost is visible, but it may harm fill rate and revenue. Option D is tempting because freight savings are measurable, but slower transport may increase lead time and risk. Option B is incorrect because customs classification is a specialist compliance matter; the supply chain professional should coordinate, not issue a legal or regulatory determination.
- Question 2 of 10
A manufacturer is shifting its enterprise strategy from low-cost commodity sales to rapid growth in premium, customized products. Sales wants higher availability for configure-to-order items, while operations still measures success mainly by long production runs and lowest unit cost. As the supply chain professional, which action best aligns supply chain execution with the new business strategy?
D is correct because supply chain strategy should support enterprise priorities; segmentation aligns service, inventory, capacity, and KPIs with premium growth. A fits a cost-leadership strategy but conflicts with customization and responsiveness. B treats symptoms with expediting while leaving misaligned KPIs in place, creating waste and unstable execution. C may reduce purchase price but ignores quality, responsiveness, supplier capability, and total supply chain risk. Best-fit questions require matching supply chain design and measures to business objectives, not applying one universal practice.
- Question 3 of 10
A consumer electronics company is redesigning its North American distribution network. Demand is volatile by region, customers expect two-day delivery, inbound ocean containers arrive at one coastal port, and the CFO wants lower total inventory without large service losses. Which network design action best balances service, inventory, transportation cost, and risk?
Option C is best because network structure should align facility roles with demand patterns, lead-time requirements, cost, and risk. Centralizing slow movers supports inventory pooling, while forward-positioning fast movers improves responsiveness without duplicating the entire assortment. Option A is tempting for inventory reduction but can raise expedited transportation cost and service risk. Option D is tempting for responsiveness but increases inventory duplication and fixed facility cost. Option D ignores total-cost and service tradeoffs, a core network design requirement.
- Question 4 of 10
A manufacturer’s order-fulfillment process spans sales, planning, operations, and logistics. Expedited orders are being approved differently by each function, causing excess freight and missed priority customers. As the supply chain professional supporting governance, which action best strengthens accountability without overcentralizing decisions?
D is correct because governance should assign accountability, decision rights, escalation paths, and controls to the process owners who affect end-to-end outcomes. C is tempting because sales sees customer urgency, but it ignores cost, capacity, and priority rules. B is tempting for spend control, but approving every case centrally slows execution and mismatches decision rights to process ownership. A is tempting for freight savings, but local logistics optimization can harm service and revenue priorities. Cross-functional governance balances service, cost, risk, and consistency.
- Question 5 of 10
A manufacturer sees a 3-week spike in distributor orders after a one-time retailer promotion. POS sales returned to baseline, but MRP is increasing component requirements for next month. As the supply chain planner, which action best separates true demand from noise?
Option C is correct because independent demand should be planned from market-facing signals such as POS, forecasts, orders, and intelligence; dependent demand should then be calculated from the bill of material through MRP. Option B is tempting because orders are real demand signals, but a one-time promotion can distort the baseline. Option C addresses components but ignores the upstream finished-goods signal causing the requirement. Option D confuses dependent component usage with independent market demand and may amplify noise. Good demand management separates recurring demand from exceptional events before inventory and capacity decisions are made.
- Question 6 of 10
A consumer-goods manufacturer is selecting a forecast method for a family of retail products. Monthly demand shows a stable base level, a mild upward trend, and repeatable holiday peaks. Five years of clean monthly history are available, and the forecast will support an 18-month S&OP plan. Which method is most fit for purpose?
Choice C is best because the demand pattern includes level, trend, and seasonality, and sufficient history exists to estimate seasonal effects for an S&OP horizon. Choice A is tempting for simplicity, but a simple moving average lags trends and does not explicitly model seasonality. Choice B is useful for very short horizons or when history is sparse, but it ignores the documented trend and holiday pattern. Choice D may help when true causal drivers are known, but added complexity is not automatically better; method choice should match pattern, data, horizon, and decision purpose.
- Question 7 of 10
A discrete manufacturer has an approved 18-month aggregate supply plan, a 12-week master production schedule, and a 2-week frozen zone to protect plant stability. A key customer requests a custom order due in week 1. Which action best aligns with the supply planning hierarchy?
Option D is correct because aggregate planning sets feasible volume, the master schedule translates it into near-term supply, and time fences stabilize execution while allowing governed exceptions. Option C is tempting for revenue but bypasses frozen-zone discipline and may create shortages or instability. Option B considers materials but ignores capacity and total-plan feasibility. Option D uses the wrong horizon; strategic network planning is too broad for a week 1 exception. The best CSCP action is cross-functional evaluation of material, capacity, customer impact, and offsets before changing a frozen schedule.
- Question 8 of 10
A manufacturer’s monthly planning cycle shows demand planning using optimistic sales assumptions, supply planning using constrained capacity assumptions, and finance using a separate revenue forecast. The executive team is debating whether to launch promotions despite projected component shortages. What is the best S&OP/IBP action?
S&OP/IBP aligns demand, supply, finance, and strategy through a common plan. Option D is correct because one consensus set of assumptions enables executives to resolve capacity, revenue, service, and risk tradeoffs. A is tempting because it prioritizes demand, but it creates functional bias and reactive expediting. C is tempting because finance owns budget targets, but IBP should reconcile financial and operational feasibility. B is tempting because promotions can grow revenue, but launching without resolving component constraints may harm service and total performance.
- Question 9 of 10
A manufacturer carries extra stock of a critical imported component because supplier lead times vary widely and stockouts would stop final assembly. The item is expensive, has moderate demand, and may become obsolete when the product is redesigned. Which inventory policy best aligns inventory function with enterprise performance?
Option C is correct because this inventory primarily buffers uncertainty and decouples final assembly from variable inbound supply. The policy should balance service risk against carrying cost and obsolescence exposure. Option B is tempting because cycle stock can create economies of scale, but purchase discounts alone may raise total cost for an expensive, redesign-sensitive item. Option B reduces working capital, but ignores lead-time variability and assembly disruption risk. Option D is tempting when demand is seasonal or capacity must be leveled, but the scenario describes supply uncertainty rather than predictable seasonal anticipation. CSCP decisions should match inventory form and level to item behavior, service requirements, risk, and total supply chain cost.
- Question 10 of 10
A distributor uses continuous review for a stable A-item. Average demand is 100 units per day, supplier lead time is 5 days, desired safety stock is 200 units, and the calculated economic order quantity is 1,000 units. Which replenishment policy best fits this item?
In continuous review, the reorder point equals expected demand during lead time plus safety stock: \(100 \ imes 5 + 200 = 700\). The fixed order quantity should use the EOQ, 1,000 units. A is tempting because 500 is lead-time demand, but it omits safety stock and underorders. D is a periodic-review approach; it may fit limited review capability but does not match the stated continuous-review policy. A adds cycle stock into the trigger and changes the EOQ without a cost-based reason, increasing working capital. The correct policy balances service protection at the reorder point with economical replenishment quantity.
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