How Many Employees Should I Schedule Each Shift at My Ramen Shop?

How to Calculate Your Base Labor Budget Per Shift Using Historical Sales Data

The single most reliable way to determine employee counts is to start with your historical sales data, not a guess. Most modern point-of-sale (POS) systems can export hourly sales reports. If yours doesn’t, you can manually track sales by the hour for two weeks. The goal is to find your average sales per half-hour for each day of the week.

Here’s a straightforward method:

1. Pull your last 4–8 weeks of hourly sales data. Exclude holidays or unusual events (e.g., a local festival that doubled traffic). You want a normal baseline.
2. Calculate the average sales for each half-hour slot. For example, if last four Fridays from 6:00 PM to 6:30 PM averaged $450 in sales, that’s your baseline.
3. Determine your target labor cost percentage. Most ramen shops aim for 25–35% of sales. A lean shop might target 28%, while a premium shop with handmade noodles might run 32%. Be honest about your concept.
4. Divide the sales average by your target labor percentage. For a $450 half-hour slot at 28% labor cost, you have $126 available for labor in that half-hour.
5. Divide that labor budget by your average hourly wage (including payroll taxes). If your average wage (cooks, dishwashers, servers) is $18/hour, then $126 ÷ $18 = 7 employee-hours available for that half-hour. That means you can schedule roughly 7 people for that 30-minute period, but remember they work full shifts, not half-hours. This calculation tells you the *peak* staffing level needed.

A practical example: If your busiest half-hour on Saturday at 7:30 PM averages $600 in sales and your labor target is 28%, you have $168 for labor. At $18/hour average wage, that’s 9.3 employee-hours. Since you pay staff for full shifts, you might schedule 9 people on Saturday evenings. For a Tuesday 2:00 PM half-hour averaging $80, you have $22.40 for labor, which is about 1.2 employee-hours — likely just one person on the floor plus a cook.

This method prevents overstaffing lulls and understaffing rushes. Adjust your target labor percentage based on your actual food cost, rent, and profit goals. A ramen shop with high rent in a city center might need 25% labor cost to survive, while a low-rent suburban shop can afford 32%.

The Shift-by-Shift Staffing Grid: A Practical Template for Ramen Shops

Once you have your sales-based budget, you need a concrete staffing grid for each shift type. Ramen shops typically have three shifts: opening (prep and lunch), mid (afternoon lull and dinner prep), and closing (dinner rush and cleanup). Here’s a template based on typical ramen shop volumes (low, medium, high), using a 28% labor cost target and $18/hour average wage.

Low-volume shop (under $3,000 daily sales):

• Opening shift (8:00 AM – 3:00 PM): 1 cook, 1 dishwasher, 1 front-of-house (FOH) server/cashier. Total: 3 people.
• Mid shift (2:00 PM – 6:00 PM): 1 cook, 1 FOH (often the same person handles both if it’s a small shop). Total: 2 people.
• Closing shift (5:00 PM – 10:00 PM): 1 cook, 1 dishwasher, 1 FOH. Total: 3 people.
• Overlap between shifts: The mid person overlaps with opening and closing for 1 hour each, ensuring smooth handoffs.

Medium-volume shop ($3,000–$6,000 daily sales):

• Opening shift: 2 cooks (one for broth/noodles, one for toppings and prep), 1 dishwasher, 2 FOH (one cashier, one server/busser). Total: 5 people.
• Mid shift: 1 cook, 1 dishwasher, 1 FOH. Total: 3 people.
• Closing shift: 2 cooks, 1 dishwasher, 2 FOH. Total: 5 people.
• Note: The mid shift is lean because sales dip after lunch (2:00–4:00 PM). You can often have the closing cook start at 3:00 PM to help with dinner prep.

High-volume shop (over $6,000 daily sales):

• Opening shift: 3 cooks (broth, noodles, prep), 2 dishwashers, 3 FOH (cashier, two servers). Total: 8 people.
• Mid shift: 2 cooks, 1 dishwasher, 2 FOH. Total: 5 people.
• Closing shift: 3 cooks, 2 dishwashers, 3 FOH. Total: 8 people.
• Add a dedicated expediter (1 person) during peak dinner hours (5:00–9:00 PM) to manage ticket flow. This brings the closing shift to 9 people during rush.

These numbers assume a ramen shop with 30–60 seats. Adjust based on your actual seat count and average ticket time. If your ramen takes 3 minutes to assemble but you have 50 seats turning every 45 minutes, you need more FOH than a shop with 20 seats turning every hour.

For the mid shift, consider cross-training one person to handle both cooking and serving during the lull. This saves labor but requires a skilled employee who can switch tasks quickly. Many ramen shops use a “floater” role for this.

How to Adjust Staffing for Special Events, Weather, and Seasonal Shifts

Your baseline schedule from sales data and the grid above works for average days, but ramen shops face predictable fluctuations that require adjustments. Ignoring these leads to chaos or wasted payroll.

Special events and local happenings: If your shop is near a concert venue, sports stadium, or convention center, check event calendars weekly. A concert letting out at 10:00 PM can double your late-night sales. For such events, add 1–2 extra cooks and 1–2 extra FOH for the hour before and after the event ends. If you’re near an office district, a weekday lunch rush might spike 40% during a local conference. Pull event attendance data from the venue’s website or local tourism board — it’s free and highly accurate.

Weather impacts: Rain often increases ramen sales by 15–30% because customers crave hot soup. Snow or extreme cold can boost sales even more. Conversely, a sunny weekend might reduce sales by 10–20% as people go outdoors. Build a simple rule: if rain is forecasted for more than 50% of your operating hours, add 1 extra cook and 1 extra FOH. If it’s a sunny day with temperatures above 75°F (24°C), reduce your lunch staffing by 1 person. Use a weather app with hourly forecasts to plan 3 days ahead.

Seasonal shifts: Ramen sales typically peak in fall and winter (October–February) and dip in summer (June–August), with a possible spike during holiday seasons. Analyze your sales data from the previous year by month. If your December sales are 25% higher than your annual average, schedule 25% more labor hours for December. For summer, you might reduce staffing by 10–15% and offer limited hours (e.g., close one extra day per week) to cut costs.

Holiday weeks: Thanksgiving week, Christmas week, and New Year’s week often have erratic traffic. Many ramen shops see a 20–30% drop in sales the week of Christmas as people travel, but a 40% spike on New Year’s Day (cure for hangovers). Check your previous year’s data for these exact weeks. If you don’t have data, ask neighboring restaurants or your local restaurant association for general trends in your area.

A simple adjustment method: create a “multiplier” for each day based on events, weather, and season. For example, a rainy Friday in December near a concert venue might have a multiplier of 1.5 (50% more sales). Multiply your baseline half-hour sales by this multiplier, then recalculate your labor budget. This takes 10 minutes per week but prevents both overstaffing and understaffing.

Related on PULSE

• [How Many Employees Should I Schedule Each Shift at My Smoke and Vape Shop?](/knowledge/ed0483)
• [How Many Employees Should I Schedule Each Shift at My Tailor and Alterations Shop?](/knowledge/ed0488)
• [How Many Employees Should I Schedule Each Shift at My Watch and Jewelry Repair Shop?](/knowledge/ed0490)
• [How Many Employees Should I Schedule Each Shift at My Computer Repair Shop?](/knowledge/ed0491)
• [How Many Employees Should I Schedule Each Shift at My Shoe Repair Shop?](/knowledge/ed0489)
• [How Many Employees Should I Schedule Each Shift at My Phone Repair Shop?](/knowledge/ed0492)

Sources

• National Restaurant Association — industry data on staffing ratios and labor costs for quick-service restaurants
• U.S. Bureau of Labor Statistics — employment and wage information for food service workers
• Toast POS Restaurant Blog — operational guides on shift scheduling and labor management
• Restaurant Owner (magazine) — articles on optimizing staff levels for small eateries
• Square (point-of-sale provider) — resources on sales forecasting and scheduling for restaurants
• Harvard Business Review — research on workforce management and productivity in service industries

FAQ

How many employees do I need for a typical lunch shift? For a ramen shop, lunch shifts usually run 3–4 hours and see 40–60% of daily covers. A good rule is 1 front-of-house staff per 15–20 guests and 1 back-of-house per 25–30 bowls, so a 40-seat shop might need 2–3 FOH and 2–3 BOH for a busy lunch.

What’s the minimum staff for a slow dinner shift? On a slow night (e.g., Monday or Tuesday), you can run a skeleton crew of 1–2 FOH and 1–2 BOH, as long as you have one experienced cook and one server who can handle the register. This keeps labor costs low without sacrificing service.

How do I handle a Friday or Saturday night rush? Weekend dinner rushes can double or triple your average covers. Schedule 3–4 FOH (host, server, busser, possibly a runner) and 3–4 BOH (line cook, prep, dishwasher) for a 50-seat shop. Add an extra person if you have a takeout window or bar.

Should I schedule differently for a ramen shop with a bar? Yes—a bar adds 10–20% more labor for drink service. You’ll need 1 dedicated bartender per 15–20 bar seats, plus an extra server if the bar is separate from the dining room. This can mean 1–2 more staff per shift.

What about opening and closing shifts? Openers (1–2 BOH, 1 FOH) arrive 30–60 minutes before service to prep broth and set up. Closers (1–2 BOH, 1 FOH) stay 30–60 minutes after last call to clean and break down. These shifts overlap with main service by 1–2 hours, so total staff may be higher at those edges.

How do I adjust for seasonal or weather changes? Ramen sales often dip 15–25% in summer and spike 20–30% in cold months. Check your point-of-sale data from the same week last year, then add or remove 1–2 staff per shift accordingly. For rain or snow, expect a 10–20% drop in dine-in but a possible takeout increase.