Original Discipline: Business and Supply Chain Management
The Student Struggle
Students may understand individual components of a supply chain but struggle to recognize how those components interact or how decisions in one area affect the entire operation.
They may identify an obvious problem without considering competing priorities, unintended consequences, or the trade-offs involved in potential solutions.
Intended Learning Outcome
Students will be able to analyze the components of a supply chain, identify potential operational risks, and recommend improvements that account for business priorities, constraints, and uncertainty.
Thinking Students Practice
Primary Capacity: Thinking Under Uncertainty
Students identify potential disruptions, consider incomplete information, and evaluate how different risks could affect business operations.
Secondary Capacity: Judgment
Students weigh competing priorities and justify recommendations that balance operational reliability with an organization's goals.
The Learning Activity
Students examine a fictional business and its supply chain.
Each business has a unique value proposition, such as rapid delivery, low cost, environmental sustainability, or specialized customer service.
Students identify the main stages of the supply chain, examine potential vulnerabilities, and determine whether the company's operational decisions support its stated goals.
They then propose improvements and explain the trade-offs involved.
The challenge is intentionally open-ended. Students may develop different recommendations, provided they support their decisions with sound reasoning.
Try This With Your Students
Can HyperDrive Deliver on Its Promise?
The Scenario
HyperDrive Computers builds custom high-performance gaming PCs.
Its promise to customers is that every computer will be customized, fully stress-tested, and shipped within 48 hours of receiving an order.
To reduce storage costs, HyperDrive keeps no inventory of computer components at its assembly facility in Ohio.
When customers place an order, the company purchases processors and graphics cards from manufacturers in Taiwan and South Korea. Those components are shipped by air to Ohio.
Once the components arrive, technicians assemble the computer, perform six hours of stress testing, and ship the finished system to the customer.
Company leadership believes this approach allows it to offer customers the latest hardware without maintaining an expensive inventory.
However, some employees question whether the system can reliably meet its delivery promise.
Your Challenge
Step 1: Understand the System
Identify the major stages of HyperDrive's supply chain, from the customer's initial order through shipment of the completed computer.
Step 2: Identify Potential Problems
Consider what might happen if:
An international shipment is delayed.
A particular processor or graphics card becomes unavailable.
A computer fails its stress test.
Demand increases unexpectedly.
Which problems would pose the greatest threat to the company's delivery promise?
Step 3: Evaluate the Current Strategy
Does HyperDrive's zero-inventory approach support or undermine its promise of rapid delivery?
Explain both the advantages and disadvantages of the current system.
Step 4: Recommend Improvements
Propose one or two changes that could make the supply chain more reliable.
Consider potential costs, customer expectations, inventory requirements, and delivery times.
Step 5: Consider the Trade-Offs
What might the company gain from your recommendations?
What might it lose?
What additional information would help you decide whether your recommendations are practical?
Share Your Thinking
Prepare a brief recommendation for HyperDrive's management.
Your response should include:
The most significant risks you identified.
Your recommended changes.
An explanation of how your recommendations support the company's goals.
At least one trade-off or potential unintended consequence.
One important question you would investigate before implementing your recommendation.
Remember: There is no single correct solution. Your goal is to make a defensible recommendation while recognizing the limits of the information available.
Making Student Thinking Visible
Students produce a short risk analysis and a justified business recommendation.
The instructor evaluates how students identify relationships within the supply chain, anticipate potential disruptions, consider alternatives, and support their recommendations.
Particular attention is given to whether students recognize uncertainty and acknowledge the costs or limitations of their proposed solutions.
Adapt This Scenario
The instructional approach asks students to analyze a system, identify vulnerabilities, and recommend improvements while balancing competing priorities.
Healthcare: Students examine a patient-care process, identify possible disruptions, and recommend changes that improve reliability without compromising quality.
Information Technology: Students evaluate a network infrastructure or technical support workflow and recommend improvements to reduce potential failures.
Education: Students analyze a student-support process, identify obstacles that may prevent students from receiving timely assistance, and propose improvements.
Environmental Science: Students evaluate a resource management process and consider how operational changes might affect sustainability, cost, and reliability.
Across disciplines, the essential thinking remains the same: recognizing interconnected systems, anticipating problems, weighing alternatives, and justifying decisions under uncertainty.
Original AI Prompt and Faculty Revisions
The original faculty prompt asked an AI system to generate five supply chain scenarios for students in grades 10–12.
Each scenario needed to describe a business with a distinct value proposition and challenge students to identify supply chain components, anticipate risks, and recommend improvements.
The faculty specifically requested open-ended scenarios that would require students to support their answers with reasoning rather than find a single correct answer.
The AI generated five fictional business cases:
Verde Pasta Co. — Fresh pasta production and rapid distribution
HyperDrive Computers — Custom-built gaming computers and rapid shipping
EcoThread Denim — Recycled clothing and international production
Arctic Bliss Gelato — Specialty ingredients and temperature-sensitive distribution
Apex Mobile Fleet Detailing — Mobile service operations and nighttime scheduling
This library entry uses the HyperDrive Computers scenario as its student-facing example.
The five original business cases offer additional opportunities for faculty to vary the context while preserving the same analytical challenge.
The uploaded contribution does not document subsequent faculty revisions or classroom implementation.