L6M9 Paper 1 FREE

✅ Correct Answer: Configuring the structure of operations, suppliers and customers across the wider network

📌 Explanation
Supply network design is the strategic activity of shaping the whole network of operations, suppliers and customers, including location and logistics, so the configuration supports competitive advantage. It sets the structural context within which day-to-day supply chains run.

❌ Why the other options are wrong:
Scheduling individual production jobs on the shop floor — This is operational resource control, not strategic network design.
Negotiating the price of a single purchase order — This is a tactical buying task, far narrower than network configuration.
Recording finished-goods stock in the ledger — This is inventory accounting, not the design of the network structure.

📋 LO: 1.1 — Assess the meaning of supply network design and the influence it has on the organisation
📑 Indicative content: what supply network design is; operations location & logistical impact

✅ Correct Answer: Supply network

📌 Explanation
A supply network is the total web of interconnected operations, suppliers and customers surrounding a firm; the supply chain is a single linear thread through that network. Distinguishing the two is foundational to network-design terminology.

❌ Why the other options are wrong:
Supply chain — This is one linear route through the network, not the whole web.
Value stream — This maps activities that add value in a single flow, not the surrounding network.
Distribution channel — This is only the downstream route to customers, a subset of the network.

📋 LO: 1.1 — Assess the meaning of supply network design and the influence it has on the organisation
📑 Indicative content: supply network vs supply chain; network terminology & structures

✅ Correct Answer: Locating operations to reduce logistics cost and improve responsiveness; Aligning capacity and resources with market requirements

📌 Explanation
Supply network design adds value by positioning operations to cut logistics cost and serve customers faster, and by matching capacity and resources to what the market demands. Both are structural levers that create competitive advantage rather than incidental effects.

❌ Why the other options are wrong:
Setting the daily cash-handling limits for retail tills — This is a routine finance control unrelated to network design.
Choosing the font used on product packaging — This is a marketing detail with no bearing on network configuration.

📋 LO: 1.1 — Assess the meaning of supply network design and the influence it has on the organisation
📑 Indicative content: value adding & competitive advantage; capacity/resources influence

✅ Correct Answer: The value net

📌 Explanation
The value net (Brandenburger and Nalebuff) configures a strategic network around four players: suppliers, customers, competitors and complementors. It is the standard tool for evaluating how a supply chain network should be positioned.

❌ Why the other options are wrong:
The value chain — Porter's value chain maps internal activities, not the four external players.
The five forces — This assesses industry attractiveness and omits complementors.
The supply positioning matrix — This segments purchases by risk and spend, not network players.

📋 LO: 1.2 — Evaluate how a strategic supply chain network should be configured
📑 Indicative content: the value net & four players (suppliers, customers, competitors, complementors)

✅ Correct Answer: Disintermediation

📌 Explanation
Disintermediation is the internet-enabled removal of intermediaries so that producers and end customers transact directly, reshaping the network structure. It is a core effect of the internet on network configuration.

❌ Why the other options are wrong:
Reintermediation — This is the reverse: new digital intermediaries entering the network.
Vertical integration — This is owning successive stages of the chain, not removing middlemen.
Offshoring — This relocates activity abroad rather than cutting out intermediaries.

📋 LO: 1.2 — Evaluate how a strategic supply chain network should be configured
📑 Indicative content: influence of the internet / disintermediation

✅ Correct Answer: Backward vertical integration

📌 Explanation
Backward vertical integration means taking ownership of an upstream (supplier) stage of the supply chain, giving greater control over inputs. It is a make-or-buy decision resolved in favour of ownership.

❌ Why the other options are wrong:
Forward vertical integration — This acquires a downstream stage such as a distributor, not a supplier.
Horizontal integration — This merges with a competitor at the same stage, not an upstream one.
Outsourcing — This hands the activity to an external party rather than acquiring it.

📋 LO: 1.2 — Evaluate how a strategic supply chain network should be configured
📑 Indicative content: make-or-buy; insource vs outsource; vertical integration

✅ Correct Answer: Capacity leading demand

📌 Explanation
A leading capacity strategy adds capacity in anticipation of forecast demand, so supply is available before demand arrives, reducing the risk of lost sales. It is the key contrast with a lagging strategy in capacity-timing decisions.

❌ Why the other options are wrong:
Capacity lagging demand — This adds capacity only after demand has grown, risking shortages.
Inventory smoothing — This uses stock to buffer demand, not the timing of capacity change.
Break-even capacity — This is an analysis point, not a timing strategy for adding capacity.

📋 LO: 1.3 — Assess the influence of capacity on strategic supply chain design
📑 Indicative content: timing of capacity change; capacity leading vs lagging

✅ Correct Answer: Greater economies of scale per unit; Fewer disruptions from repeated construction

📌 Explanation
Large capacity increments capture economies of scale and avoid the repeated disruption of frequent small expansions, which is the classic large-versus-small capacity trade-off. These benefits come at the cost of higher risk of underutilisation.

❌ Why the other options are wrong:
Lower risk of over-capacity if demand disappoints — Large increments raise, not lower, the risk of idle capacity.
Closer matching of capacity to demand at each step — Small increments match demand more closely, not large ones.

📋 LO: 1.3 — Assess the influence of capacity on strategic supply chain design
📑 Indicative content: large vs small capacity trade-offs; optimum capacity

✅ Correct Answer: Break-even analysis

📌 Explanation
Break-even analysis finds the volume at which total revenue equals total cost, informing whether a capacity expansion is financially justified. It is the standard capacity-expansion appraisal tool in network design.

❌ Why the other options are wrong:
Payback period — This measures time to recover investment, not the break-even volume.
Regression forecasting — This predicts demand statistically, not the cost-revenue crossover.
Capacity utilisation ratio — This measures how fully existing capacity is used, not the expansion decision point.

📋 LO: 1.3 — Assess the influence of capacity on strategic supply chain design
📑 Indicative content: break-even analysis for capacity expansion

✅ Correct Answer: Operations decisions consistently support a defined pattern aligned to business goals

📌 Explanation
An operations strategy exists when the total pattern of operations decisions consistently reflects and supports the wider business strategy. A recognisable, aligned decision pattern is the defining signal, not any single document.

❌ Why the other options are wrong:
The firm publishes a glossy mission statement each year — A statement alone does not evidence a coherent decision pattern.
Individual managers make ad-hoc choices as issues arise — Ad-hoc choices indicate the absence of a strategy.
The operations budget is the largest cost line — Budget size says nothing about strategic alignment.

📋 LO: 2.1 — Assess the meaning of operations strategy and the impact it has on the organisation
📑 Indicative content: what operations strategy is; how to tell if an organisation has one

✅ Correct Answer: Ensuring the operation ignores market requirements to focus purely on internal routines

📌 Explanation
Operations strategy contributes to competitive advantage precisely by aligning operations to market requirements and business strategy; deliberately ignoring the market is the opposite of that contribution. The other three are genuine contributions. This is the false (odd-one-out) statement.

❌ Why the other options are wrong:
Aligning operational capabilities to overall business strategy — This is a true contribution to competitive advantage.
Adding value by matching resources to market needs — This is a genuine source of advantage.
Building distinctive capabilities that are hard to imitate — This is a real way operations create advantage.

📋 LO: 2.1 — Assess the meaning of operations strategy and the impact it has on the organisation
📑 Indicative content: alignment to market requirements & resources; contribution to competitive advantage & added value

✅ Correct Answer: Alignment of operations strategy to overall business strategy

📌 Explanation
An effective operations strategy is vertically aligned to the business strategy, both drawing from it and informing it. This two-way alignment is what makes operations a strategic contributor rather than a support function.

❌ Why the other options are wrong:
The efficient frontier of trade-offs — This concerns balancing performance objectives, not corporate alignment.
Push versus pull scheduling — This is a control method, not a strategy-alignment principle.
Disintermediation of the network — This is a network-configuration effect, unrelated to plan alignment.

📋 LO: 2.1 — Assess the meaning of operations strategy and the impact it has on the organisation
📑 Indicative content: alignment to overall business strategy

✅ Correct Answer: Stage 2 — external neutrality

📌 Explanation
In the Hayes and Wheelwright model, external neutrality (stage 2) means operations aim only to be as good as competitors, adopting best practice without seeking to lead. Stage 4, by contrast, makes operations a source of competitive advantage.

❌ Why the other options are wrong:
Stage 1 — internal neutrality — Here operations merely avoid holding the firm back internally, below competitor parity.
Stage 3 — internally supportive — Here operations actively support the firm's chosen strategy, beyond mere parity.
Stage 4 — externally supportive — Here operations drive competitive advantage, the model's highest stage.

📋 LO: 2.2 — Evaluate the key elements of an operations strategy
📑 Indicative content: Hayes & Wheelwright 4-stage model

✅ Correct Answer: Dependability; Flexibility

📌 Explanation
Slack's five performance objectives are quality, speed, dependability, flexibility and cost; dependability and flexibility are two of them. They form the vocabulary for reconciling operations decisions to strategic objectives.

❌ Why the other options are wrong:
Profitability — This is a financial outcome, not one of the five operations objectives.
Sustainability — Though important, it is not one of Slack's five performance objectives.

📋 LO: 2.2 — Evaluate the key elements of an operations strategy
📑 Indicative content: five performance objectives (quality, speed, dependability, flexibility, cost)

✅ Correct Answer: Yes, because a clear vision and objectives give the reference point against which all other operations decisions are reconciled

📌 Explanation
A clear vision and set of objectives are a key element of operations strategy because they provide the benchmark to which capacity, performance-objective and improvement decisions are reconciled. Without them, operations choices cannot be judged as aligned.

❌ Why the other options are wrong:
Yes, because vision statements automatically guarantee operational excellence — The reasoning is false; a vision guarantees nothing on its own.
No, because objectives are irrelevant once daily scheduling begins — Objectives remain the reference point throughout, so this is wrong.
No, because operations strategy is set solely by external consultants — Vision and objectives are internally owned, making this incorrect.

📋 LO: 2.2 — Evaluate the key elements of an operations strategy
📑 Indicative content: clear vision & objectives; reconciling decisions to objectives

✅ Correct Answer: The efficient frontier

📌 Explanation
The efficient frontier represents the best currently achievable combinations of trade-off performance objectives; a superior operation moves the frontier outward rather than merely shifting along it. It is central to understanding improvement in operations strategy.

❌ Why the other options are wrong:
The order-winning threshold — This distinguishes qualifying from winning factors, not the trade-off boundary.
The bullwhip effect — This is demand amplification along a chain, unrelated to trade-off frontiers.
The capacity cushion — This is spare capacity held above expected demand, not a trade-off concept.

📋 LO: 2.3 — Assess the role of improvement in operations strategy
📑 Indicative content: trade-offs & the efficient frontier

✅ Correct Answer: Continuous improvement is a one-off project that ends once initial targets are met

📌 Explanation
Improvement in operations strategy is ongoing, not a one-off project; treating it as finished once targets are met contradicts the principle of continuous improvement. The other three statements accurately describe improvement's role, making this the least accurate (odd-one-out).

❌ Why the other options are wrong:
Improvement drives both effectiveness and efficiency in operations — This is an accurate description of improvement's purpose.
Overcoming trade-offs can raise overall performance — This correctly reflects how improvement moves the efficient frontier.
Improvement helps reconcile competing performance objectives — This is a true role of improvement in strategy.

📋 LO: 2.3 — Assess the role of improvement in operations strategy
📑 Indicative content: continuous improvement; overcoming trade-offs to improve effectiveness

✅ Correct Answer: Resource planning and control

📌 Explanation
Resource planning and control is the activity of translating customer demand into delivery by managing forecasting, capacity, priorities, scheduling and monitoring. It is the strategic bridge between customer need and operational output.

❌ Why the other options are wrong:
Category management — This organises procurement spend by category, not the delivery of customer demand.
Supplier appraisal — This evaluates supplier suitability, not the planning of internal delivery.
Network configuration — This designs the structural layout of the network, not day-to-day delivery planning.

📋 LO: 3.1 — Evaluate the concept of strategic resource planning and control
📑 Indicative content: what resource planning & control is; translating customer need into delivery

✅ Correct Answer: Forecasting demand to plan capacity; Scheduling and prioritising work through the operation

📌 Explanation
Resource planning and control encompasses forecasting demand, planning capacity, and scheduling and prioritising work so customer need is met. Both selected activities are core elements of the discipline.

❌ Why the other options are wrong:
Designing the corporate brand logo — This is a marketing activity outside resource planning and control.
Setting shareholder dividend policy — This is a corporate finance decision, unrelated to operational planning.

📋 LO: 3.1 — Evaluate the concept of strategic resource planning and control
📑 Indicative content: forecasting, capacity, priorities, scheduling, monitoring, control

✅ Correct Answer: Customer expectation management

📌 Explanation
Customer expectation management is the resource-planning activity of shaping and meeting customer expectations, such as realistic lead-time promises, so delivery aligns with need. It is an explicit element of strategic resource planning and control.

❌ Why the other options are wrong:
Loading — This allocates work to a resource, not the shaping of customer expectations.
Break-even analysis — This appraises capacity expansion cost, not expectation management.
Vertical integration — This is an ownership decision in network configuration, not planning and control.

📋 LO: 3.1 — Evaluate the concept of strategic resource planning and control
📑 Indicative content: customer expectation management

✅ Correct Answer: Loading

📌 Explanation
Loading is the resource-control activity of allocating work to each work centre up to its capacity limit. It precedes sequencing and scheduling in the planning-and-control system.

❌ Why the other options are wrong:
Sequencing — This decides the order in which loaded jobs are processed, not the volume allocated.
Monitoring — This checks progress against plan after work is under way.
Scheduling — This sets the timing of jobs, distinct from allocating volume to a resource.

📋 LO: 3.2 — Assess the key elements of a resource strategic planning and control system
📑 Indicative content: loading; prioritisation & sequencing; scheduling

✅ Correct Answer: The customer interface; The supply interface

📌 Explanation
A resource planning and control system must coordinate the customer interface (managing demand and expectations) and the supply interface (managing inbound supply), alongside other business functions. Both are named elements of the system.

❌ Why the other options are wrong:
The dividend-declaration interface — This is a board-level finance matter, not a planning-and-control interface.
The advertising-agency interface — This is a marketing relationship, outside resource planning and control.

📋 LO: 3.2 — Assess the key elements of a resource strategic planning and control system
📑 Indicative content: customer interface; supply interface; other business functions

✅ Correct Answer: Push systems schedule work centrally based on forecast demand; Pull systems trigger work only when downstream demand signals it

📌 Explanation
In push control, work is scheduled centrally from forecasts and pushed forward; in pull control, each stage produces only when signalled by downstream demand. These definitions underpin the contrast of monitoring and control methods in L6M9.

❌ Why the other options are wrong:
Pull systems ignore downstream demand entirely — This reverses the logic; pull is driven by downstream demand.
Push systems produce only against confirmed customer orders — That describes pull, not push, so the statement is wrong.

📋 LO: 3.3 — Contrast methods of monitoring and controlling the strategic operation
📑 Indicative content: push vs pull

✅ Correct Answer: The system constraint that sets the pace of the whole operation

📌 Explanation
In Theory of Constraints, the drum is the bottleneck or system constraint whose pace governs the throughput of the entire operation; the buffer protects it and the rope paces material release to it. Identifying the drum is the starting point of drum-buffer-rope control.

❌ Why the other options are wrong:
The inventory held to protect the constraint from disruption — That describes the buffer, not the drum.
The signal that releases material into the system — That describes the rope, not the drum.
The finished-goods warehouse at the end of the line — This is downstream storage, not the pace-setting constraint.

📋 LO: 3.3 — Contrast methods of monitoring and controlling the strategic operation
📑 Indicative content: Theory of Constraints (drum, buffer, rope)

✅ Correct Answer: Prioritisation and sequencing

📌 Explanation
Prioritisation and sequencing is the resource-control element that decides the order in which loaded jobs are processed through a work centre, using rules such as earliest due date or first-come-first-served. It sits between loading and scheduling in the system.

❌ Why the other options are wrong:
Loading — This allocates the volume of work to a resource, not the order jobs run in.
Monitoring and control — This tracks progress against plan once work is under way, not the sequence.
Customer interface management — This coordinates demand and expectations, not internal job ordering.
Forecasting demand — This predicts future demand and does not set the running order of jobs.

📋 LO: 3.2 — Assess the key elements of a resource strategic planning and control system
📑 Indicative content: prioritisation & sequencing; scheduling; monitoring & control