Speed-vs-equity debate

Worked CER on a parallel case: designing a mass vaccination clinic\n\nUse this as a model of the CER format only. It argues a DIFFERENT scenario than your ER prompt, so you can see the structure without borrowing the answer.\n\nClaim: A city mass vaccination clinic should be designed for equitable access first, while still keeping the line moving fast enough to reach high volume, rather than optimizing raw throughput alone.\n\nEvidence: Public health reviews of vaccination campaigns show that clinics placed only where they are easiest to run, such as a single downtown site with car access, reach the people who are already healthiest and most mobile. When clinics add features like evening hours, walk-in slots, and neighborhood locations reachable by bus, uptake rises among older adults and people without cars, who often carry the highest risk. Campaigns that tracked doses per hour as their only success metric still left measurable coverage gaps in the hardest-to-reach groups.\n\nReasoning: A clinic that maximizes only doses per hour can post impressive totals while missing the residents who most need protection, because the fastest patients to serve are usually the ones with the fewest barriers. Designing for equity, by placing sites and hours where high-risk residents can actually reach them, protects the people with the highest stakes. Speed still matters, so the design keeps flow high, but it treats fair access as the rule that speed has to work within, not the other way around.\n\nMy two debate questions:\n1. If a clinic reports a record number of doses per hour, does that number hide whether the highest-risk residents were reached at all?\n2. Can one clinic design deliver both fast flow and fair access, or does every gain in speed force a real cut to equity?\n\nReflection: A classmate argued that the fastest possible clinic protects the most people overall, since more doses means more immunity in the community. I understand that logic, but I still think speed measured without a fairness rule can leave the most vulnerable residents uncovered, so the design has to state whose access it is protecting and defend that choice with data.