A busy team does not always mean you need more staff

At eight in the morning, the operations WhatsApp group is already full. There is a report about a leaking air conditioner on the 12th floor, a noise complaint on the 8th floor, a request to move items into a new unit, and a vendor technician waiting for access to the machine room. By the afternoon, everyone feels they have worked hard, but several tasks are still unfinished and tenants are asking for another update.

Situations like this are often treated as proof that the property needs additional staff. The real cause may be different: tasks are not distributed evenly, small jobs take longer than expected, emergency priorities are mixed with routine work, or some tasks are never recorded at all.

Before opening a new position or increasing vendor costs, a building manager needs to see the actual workload. One practical way to do this is to create a building team workload map: a view of task types, task volume, estimated time, priority, and available team capacity.

With this map, decisions are no longer based only on the feeling that “the team is overwhelmed.” They can be discussed with the owner and supervisor using a shared view of the work.

What is a workload map in property management?

A workload map is a summary of a team’s workload over a defined period, usually seven or fourteen days. It does not only count complaints or work orders. It also considers time, complexity, urgency, and ownership.

Two teams can receive the same number of reports but carry very different workloads. Ten requests to replace light bulbs may be completed in a few hours. Ten water-leak reports, on the other hand, may require ceiling inspection, technician coordination, material procurement, and a second visit.

A workload map answers three questions: what work is coming in, how much capacity does it require, and is that capacity available at the right time?

A workload map is also different from a simple task list. A task list shows what needs to be done. A workload map helps management understand the work behind each task and identify the process that causes work to accumulate.

Why the number of complaints is not enough

Complaint volume matters, but it should not be the only measure of team performance. One complaint can generate several activities: reading the report, contacting the tenant, inspecting the issue, contacting a vendor, waiting for approval, completing the work, and sending an update.

If all those activities are recorded as one complaint, the actual workload will look smaller than it is. If every step is counted as a separate task without grouping the case, the workload may appear inflated.

Normalize the data with consistent categories such as maintenance, cleaning, security, billing, facilities, visitor, package, and administration. Then add an estimated duration and priority level to each task.

Planned building maintenance is important for maintaining a building’s reliability and performance throughout its economic life. See also the Building Maintenance Design Model from Jurnal Permukiman Kementerian PU. A workload map helps the team see whether preventive work has actual time and an assigned PIC, instead of only reacting to breakdown reports.

Minimum data to collect

You do not need to wait for a perfect system. To get started, collect the following data for seven working days:

• Date and time received: reveals busy periods and request patterns.
• Category: such as air conditioning, electricity, billing, facilities, cleaning, or security.
• Location: for example, Unit 12-08, lobby, basement, or a facility area.
• Report source: tenant, security, inspection, or internal team.
• Priority: emergency, high, normal, or low.
• Estimated time: 30 minutes, 2 hours, or 1 day.
• PIC and team: for example, Engineering A or the night security shift.
• Status: new, in progress, waiting for vendor, or completed.
• Delay reason: unit access, material, vendor, or approval.

For tenant data, use only the information needed for operational analysis. Avoid including personal data that is not necessary for the task.

How to create a workload map in five steps

1. Define the period and scope

Start with a period that is easy to control, such as seven days. Do not immediately combine an entire year of work because the dataset will become too large and difficult to read.

Define the scope as well. You may create a workload map for engineering first, then extend it to housekeeping, security, tenant relations, or administration. If you include all teams from the beginning, keep categories and time units consistent.

2. Bring all work sources together

Combine information from logbooks, spreadsheets, group chats, email, phone calls, and tenant forms. The purpose is not to blame the old way of working. It is to make previously invisible work visible.

Watch for reports that appear in several places. A complaint received by phone and then forwarded to a group chat should be counted as one case with several activities, not two different complaints.

3. Add time and priority weights

Use a simple internal estimate. A task that takes up to 30 minutes may receive a weight of 1, a task that takes 1–2 hours a weight of 2, and a task requiring vendor coordination or special access a weight of 3. This is not an industry standard. Use it as an internal comparison tool and calibrate it after several weeks.

• Emergency: may threaten safety or security, or cause damage to spread.
• High: seriously affects a unit or facility and should be handled on the same day.
• Normal: should be completed within the agreed service target.
• Low: can be scheduled as routine work.

Priority is not always the same as duration. An electrical short may take only 20 minutes to isolate, but it still requires immediate attention because the risk is high.

4. Compare demand with actual capacity

Calculate capacity based on hours that are genuinely available, not theoretical working hours. Subtract briefings, shift handovers, meals, routine inspections, meetings, travel between areas, leave, and unscheduled emergencies.

Effective capacity = number of staff × available working hours × productive-time factor

For illustration, two technicians may each have 40 working hours per week. If briefings, inspections, travel, and administration reduce the productive-time factor to 70%, their combined effective capacity is approximately 56 hours, not 80 hours.

This is only an example, not a standard for every property. Each building should use its own schedule, number of floors, distances, tenant patterns, and internal policies.

5. Mark bottlenecks and take action

Once demand and capacity are visible, look for the cause of delays. A bottleneck does not always mean there are too few staff. Common causes include unavailable unit access, delayed owner approval, missing material, an unresponsive vendor, incomplete reports, or one supervisor becoming the approval point for too many tasks.

• Work is concentrated on one PIC: redistribute tasks and appoint a backup PIC.
• Many reports are incomplete: require location, photo, impact, and incident time.
• Many tasks are waiting for vendors: create a backup vendor list and response target.
• Routine work always loses to complaints: lock the preventive-maintenance schedule and monitor completion.
• Work is delayed by approval: define authority limits and an escalation path.
• Data is spread across channels: use one source of record with status and history.

A simple workload map example

Suppose an engineering team in a residential building records the following work in one week. The figures below are illustrative, not actual data or an industry benchmark.

• Minor work orders: 20 tasks × 1 hour = 20 hours.
• Work orders requiring vendor coordination: 12 tasks × 2.5 hours = 30 hours.
• Tenant complaint verification: 18 tasks × 30 minutes = 9 hours.
• Preventive inspections: 16 tasks × 1.25 hours = 20 hours.
• Reporting and follow-up: 8 tasks × 45 minutes = 6 hours.

Total demand: 85 hours. If two technicians have a combined effective capacity of 80 hours, there is an estimated five-hour gap. The correct response is not necessarily to hire one more person immediately. Check first whether the gap comes from work that can be rescheduled, repeated reports caused by the same root issue, administrative work that can be simplified, or a need for a specialist vendor.

The example also shows that vendor-coordination work accounts for 30 hours. Improving the vendor process may therefore have a larger impact than simply assigning more tasks to technicians.

A seven-day workload-map checklist

• Choose one team and a seven-day period.
• Collect work from every reporting channel.
• Remove duplicate entries for the same case.
• Group work by category and location.
• Record estimated time, priority, PIC, and status.
• Separate reactive, preventive, and administrative work.
• Calculate the effective capacity of each team member.
• Mark tasks waiting for vendors, access, materials, or approval.
• Discuss the three biggest bottlenecks in the weekly meeting.
• Choose one process change to test the following week.

Repeat the measurement for three to four weeks. One week can reveal an indication, but it may not represent monthly patterns, the rainy season, moving periods, or days with building events.

How Nextlivin makes work more visible

A workload map depends on disciplined recording. If complaints are only communicated by phone or work is recorded only in group chats, building managers will struggle to see volume, status, response time, and completion history.

Through Nextlivin Manage for Team, teams can use workflows such as Worktrack and Feedback to record, distribute, and monitor work and tenant reports in a more structured way. The Nextlivin Features page groups product capabilities into Data Management, Work Process, Reporting, and Tenant Experience.

The main benefit is not simply moving a task list into an application. Value appears when a building manager can see open work, PICs, progress, history, and recurring patterns consistently. That data can then support workload mapping, weekly reviews, and process-improvement decisions.

Conclusion

Before concluding that a property needs more staff, measure the work that actually comes in and the capacity that is actually available. A workload map separates problems of volume, duration, priority, task allocation, and process bottlenecks.

Start with one team and seven days. Collect complaints and work orders, use consistent categories, estimate time, compare demand with effective capacity, and choose one bottleneck to improve.