School Nutrition Budget: Food Cost Overrun and Declining Participation
A school nutrition program serves 8,000 lunches per day across 12 schools for 180 days. Revenue is $3.24 million. Food cost is $1.55 million (48% of revenue), labor is $1.18 million (36%), and other costs are $0.18 million. The board target is food cost at 42% of revenue and labor at 38%. Participation has fallen 7% from the prior year, and unpaid meal debt is $18,000. The director is considering three options: raise the paid lunch price by $0.25, reduce labor by two full-time equivalents, or start a breakfast program. The business manager asks for a financial and operational recommendation before the next board meeting.
1. Calculate the food cost variance and identify the largest controllable budget problem. Show your work.
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Budgeted food cost at the 42% target is 0.42 x $3.24 million = $1.3608 million. Actual food cost is $1.55 million, so the variance is $1.55 million - $1.3608 million = $189,200 over target. On a per-meal basis, meals served are 8,000 x 180 = 1.44 million. Actual food cost per meal is $1.55 million / 1.44 million = $1.076. Target food cost per meal is $1.3608 million / 1.44 million = $0.945, a gap of about $0.131 per meal.
Labor is $1.18 million, or 36.4% of revenue, which is below the 38% target ($1.2312 million), so labor is not the overrun. The largest controllable problem is food cost: overproduction, waste, inaccurate forecasting, rising prices, or menu inefficiency. I would analyze food cost by school, by menu item, and by production record before choosing a fix. Raising prices or cutting staff does not address the $0.131 per-meal food gap directly.
2. Evaluate the three options: raise the paid lunch price by $0.25, reduce labor by two FTEs, or introduce breakfast. Use financial and participation reasoning.
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A $0.25 price increase on 1.44 million paid lunches would generate up to $360,000 if participation held, but participation is already down 7% and meal debt is $18,000. Price increases can reduce participation and increase debt, so the net gain is uncertain. I would model a 3-5% participation drop and check the paid-lunch equity requirement before recommending it.
Cutting two FTEs might save roughly $60,000-$80,000 with benefits, but the department already has service pressure and participation loss; labor cuts could worsen meal quality and participation. Breakfast is a growth option: it can add reimbursable meals and use existing labor and equipment, but it requires startup labor, marketing, and a break-even calculation. I would pilot breakfast in three schools, forecast participation at 20-30% of lunch counts, and compare added revenue with added food and labor cost. My recommendation would be to first attack food cost through forecasting, production records, menu costing, and waste tracking; pilot breakfast; and defer the price increase until participation stabilizes.
3. What key performance indicators would you monitor monthly, and what thresholds would trigger action?
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I would monitor food cost as a percentage of revenue (target 42%, action at above 44%), labor as a percentage of revenue (target 38%, action at above 40%), meals per labor hour, average daily participation by school, unpaid meal debt, production waste, inventory turnover, and revenue per meal. I would also track breakfast participation if piloted. A monthly variance report should show budget versus actual by school and by major food category.
Thresholds should trigger a root-cause review, not an automatic cut. If food cost exceeds 44% for two consecutive months, I would audit production records, portion control, inventory, and menu costing. If participation falls more than 3% in a month, I would review menu appeal, price, service time, and marketing. If meal debt rises above $20,000, I would review the district's meal-charge policy and family communication. The board should see the trade-offs between price, participation, and food quality before approving any single option.