Two Weeks From Yes to Done: The Operations Plan for a Home Modification Business
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Business Administration Program, Aspen University
BUS 210: Business Fundamentals
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Month Day, Year
Two Weeks From Yes to Done: The Operations Plan for a Home Modification Business
Operations management turns inputs, such as labor, materials, and equipment, into the goods or services customers pay for (Heizer et al., 2020). For a service business, operations decide whether the company keeps its promises. SafeStep Home Modifications, the invented firm whose outline this course builds, promises to complete work within two weeks of a signed plan. This paper designs the service process, calculates capacity, sets scheduling rules, plans materials, and defines quality controls to make that promise reliable.
The Service Process
A SafeStep job moves through six steps. First, a call or referral is logged, and the customer is contacted within one business day. Second, the owner conducts a 45-minute assessment in the home, with photos and measurements. Third, a written plan with fixed prices is sent within two days, and the customer decides without pressure. Fourth, once the plan is signed, materials are confirmed and the job is scheduled. Fifth, the installer completes the work, explains it to the customer, and cleans up. Sixth, the job is inspected, photographed, and closed, and a satisfaction survey is sent. Mapping the process shows where delays can occur: most likely between steps three and four, when customers wait for family input or assistance program approval, and at step four, if materials are out of stock.
Capacity
Capacity depends on job mix. SafeStep expects about half of its jobs to be bathroom packages taking three hours, 30 percent stair and entry packages taking five hours, and 20 percent ramps taking about 14 hours over two days. The weighted average is 5.8 hours of installation, plus about 45 minutes of travel per job within the 25-mile service area, or 6.55 hours per job. An installer working 40 hours a week, with four hours set aside for materials pickup and paperwork, has 36 installation hours, enough for about 5.5 jobs a week, or roughly 24 jobs a month.
Meeting the planned volume of 15 jobs each month would use about 63 percent of that capacity. That may look wasteful, but it is deliberate. A company that promises to have a ramp built before a patient comes home from the hospital cannot run at full capacity; it needs open time for the calls that cannot wait. The unused capacity also allows the installer to take on training and inspection duties and gives room to grow before a second crew is needed. The owner's time for assessments, about 41 hours a month at a 55 percent conversion rate, must be protected as well.
Scheduling and the Backlog
Little (1961) proved a simple rule for any process that is not growing or shrinking over time: the typical count of jobs inside it is the rate at which jobs come in times how long each one stays. SafeStep can use this relationship to monitor its promise. If about 3.5 signed jobs arrive each week and each should be completed within two weeks, the backlog of signed but unfinished jobs should average about seven. If the backlog climbs to 14 at the same arrival rate, customers are waiting about four weeks, and the promise is being broken. The owner will check the backlog every Monday. Scheduling rules follow: discharge-related jobs are scheduled first, within five days; jobs are grouped by neighborhood to reduce travel; and ramps are scheduled on consecutive days so the site is not left half-finished.
Materials and Inventory
Waiting for parts is the most avoidable delay. SafeStep will keep a small stock of the fixtures used on most jobs: grab bars in three lengths, handheld shower kits, standard stair rail sections and brackets, and non-slip treatments. Stock will be reordered when it falls to a set minimum, and the van will carry enough for two typical jobs. Larger or custom items, such as ramp lumber and special-order rails, will be ordered when the plan is signed, from two local suppliers, so that one supplier's shortage does not stop work. Holding a modest inventory ties up some cash, but it protects the two-week promise, which is what customers and referral partners value (Nickels et al., 2022).
Quality Control
Quality in this business is safety. Every job will be completed with a checklist: each grab bar anchored into studs or rated anchors and pull-tested, rails secured at both ends and continuous where possible, ramp slope measured and surfaces slip-resistant, and the work area left clean and free of tripping hazards. Photos of each installation will be stored with the job record. The owner or lead installer will review the checklist and photos before closing the job, and any job with a problem found later will be reviewed to find the cause, whether a skill gap, a material problem, or a rushed schedule, so that the fix addresses the system rather than only the one job.
Measuring Operations
Four operations measures will be reviewed each month alongside the financial report. Cycle time is the number of days from a signed plan to a closed job, with a target of 14 or fewer for at least 90 percent of jobs. Capacity use is installation hours divided by available hours, expected near 63 percent in year one; if it rises above 85 percent for two months, the company should start recruiting a second installer. First-time quality is the share of jobs closed without a return visit, with a target of 98 percent. Stockouts are the number of jobs delayed by missing materials, which should be zero for stocked items. These measures tell the owner whether the operation is keeping its promise before customers have to complain.
Technology
A cloud-based field service program will hold the customer record, assessment photos, the signed plan, the schedule, the checklist, and the invoice in one place, accessible from the office or the van. It will send appointment reminders to customers and their family contacts and collect the satisfaction survey. The cost is modest, and it removes the risk of losing job information in a notebook.
Conclusion
SafeStep's operations plan maps a six-step service process, sizes one installer's capacity at about 24 jobs a month and plans to use 63 percent of it, monitors the backlog weekly using Little's law, stocks common fixtures, and controls quality with a safety checklist and photo review. Together these choices make the company's two-week promise one it can keep, and they form the operations section of the business outline.
References
Heizer, J., Render, B., & Munson, C. (2020). Operations management: Sustainability and supply chain management (13th ed.). Pearson.
Little, J. D. C. (1961). A proof for the queuing formula: L = λW. Operations Research, 9(3), 383-387. https://doi.org/10.1287/opre.9.3.383
Nickels, W. G., McHugh, J. M., & McHugh, S. M. (2022). Understanding business (13th ed.). McGraw Hill.
How this BUS 210 Module 7 example is structured
Aspen's catalog describes BUS 210 as covering operations applied to real situations and a fictitious business outline. Aspen does not publish module deliverables, so check your classroom for the exact prompt. This example maps the service process, calculates capacity, applies a named operations relationship to scheduling, plans inventory and defines quality controls.
BUS 210 Module 7 questions, answered
What does BUS 210 Module 7 usually ask for?
Work in this part of BUS 210 often asks you to describe the operations of a business, how it produces its product or service, manages capacity and controls quality. Aspen does not publish module deliverables, so your classroom's instructions govern.
What is Little's law?
For a process in steady state, the typical number of jobs in it equals how fast jobs arrive times how long each one takes to get through.
Why would a service business plan to use less than full capacity?
Spare capacity lets it respond quickly to urgent requests and absorb variation in demand, which matters when its promise to customers depends on speed.
Write yours, or have the desk draft it
This paper is an original model document written by our desk, not a submitted student paper and not an official Aspen University document. Read it for the moves, then write your own to the instructions in your classroom. If you want one built to your exact prompt and rubric, the first custom sample is free and arrives in 24 to 48 hours.