[I’m a supply chain manager at a consumer / industrial electronics company. A key component — [describe: MCU, power IC, display driver] — just went into allocation.]

Build a shortage response protocol I can activate immediately. Cover:

1. Broker sourcing criteria and counterfeit risk mitigation steps
2. BOM redesign / component substitution evaluation process — who needs to be in the room and what they need from me
3. Customer allocation prioritization model — how to rank products and customers when supply is constrained
4. Internal communication templates for sales and operations leadership
5. Leading indicators I should monitor to predict the next allocation event for this component family

I’m launching a new product with a BOM of approximately [X] unique components. Before we commit to production volume, I need to assess supply chain risk across the BOM.

Build a BOM risk assessment framework covering: how to classify components by supply risk (single-source, long lead time, allocation history, geopolitical exposure), the data inputs I need from engineering and procurement, how to prioritize which components to qualify alternates for first, and a scoring model I can use to present a risk-rated BOM to my VP of Hardware and CFO before we lock production plans.

I manage an AVL with [X] approved component suppliers. Leadership wants me to rationalize the list to reduce compliance burden while improving resilience.

Build a framework for AVL rationalization: how to score and segment existing suppliers, criteria for removal vs. retention, how to ensure dual-source coverage on critical components, and a process for adding new suppliers efficiently without compromising qualification standards.

I need to decide whether to ship [X units] of [product: finished devices / PCBs / display panels] from [origin: Taiwan / South Korea / China] to [destination] by air or ocean.

Build a decision model that accounts for:

• Freight cost differential (ocean rate ~$[X]/CBM, air rate ~$[Y]/kg)
• Inventory carrying cost during transit ([X]-day ocean vs. [Y]-day air)
• Stockout cost if we miss our launch / replenishment window
• Product value density: $[X]/unit, [Y] units/pallet
• Launch date sensitivity: [hard date / soft date]

Show me the break-even calculation and identify which inputs most change the recommendation when they move ±20%.

Note: Add your actual rates and carrying cost % for a real calculation you can put in a budget request.

[I’m launching [product type] globally in [X weeks]. We’re shipping from [manufacturing country] to distribution points in North America, Europe, and APAC simultaneously.] 

Build a launch logistics playbook covering:

1. Pre-launch: carrier capacity booking timeline, DC receiving cutoffs, customs pre-clearance strategy
2. Launch week: allocation and release sequencing, air charter decision criteria, real-time visibility requirements
3. Post-launch: velocity monitoring triggers that should activate replenishment air shipments, returns logistics setup, and carrier performance review process

Include a RACI for the logistics team and a communications cadence for sales and finance.

Note: Global simultaneous launches are logistics-intensive—this playbook prevents the most common post-launch firefighting.