How do I set up an intake and triage system for resident service requests with configurable forms and routing rules?

Here’s a practical way to set up an intake and triage system for resident service requests with configurable forms and routing rules.

1) Define the workflow first

A simple request lifecycle works best:

1. Resident submits request
2. System validates and categorizes
3. Triage rules assign priority and destination
4. Work order / case is created
5. Team is notified
6. Status updates and resident communication
7. Resolution and closure
8. Reporting and feedback

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2) Design configurable intake forms

Create a form builder that lets admins configure request types without code.

Core form capabilities

• Field types: text, dropdown, radio, checkbox, date, file upload, photo upload, address/unit selector
• Conditional logic: show/hide fields based on answers
• Required fields by request type
• Default values
• Validation rules
• Language support
• Mobile-friendly UI

Example request types

• Maintenance
• Noise complaint
• Lease question
• Amenity issue
• Package problem
• Emergency / urgent issue

Common fields

• Resident name
• Building / unit
• Contact info
• Request category
• Description
• Preferred contact method
• Photos / attachments
• Permission to enter unit
• Urgency indicator

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3) Separate form configuration from routing configuration

Don’t hard-code routing into the form.

Form config should define:

• What fields appear
• Which fields are required
• Conditional sections
• Which request type the form belongs to

Routing config should define:

• How requests are classified
• Priority rules
• Assignment rules
• Escalation rules
• SLA timers
• Notification templates

This separation makes the system easier to manage.

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4) Build a triage engine

Use a rules engine or configurable decision tree to determine priority and assignment.

Typical routing inputs

• Request category
• Subcategory
• Building/property
• Unit
• Severity
• Safety risk
• Business hours vs after hours
• Resident VIP or vulnerable resident flags
• Repeat issue / open ticket history
• Amenities or vendor ownership

Example routing rules

• If category = water leak and severity = active leak, set priority = urgent, route to maintenance on-call
• If category = noise complaint, route to community management
• If category = HVAC issue and property = Building A, route to HVAC vendor
• If category = after-hours emergency, notify security + on-call manager

Rule structure

Use conditions like:

• IF field X = value A AND field Y > threshold THEN action
• Actions can include:
  • assign team
  • set priority
  • send notification
  • create escalation
  • tag request
  • set SLA

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5) Create a triage queue for human review

Not every request should be auto-routed.

Good use cases for manual triage

• Ambiguous requests
• Missing required information
• Safety-related issues needing confirmation
• Requests that match multiple teams
• High-value residents or sensitive cases

Triage queue features

• Sort by priority, age, property, category
• Show rule-match explanation
• Allow manual reassignment
• Add internal notes
• Request more info from resident

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6) Add SLA and escalation logic

Each request type should have a response and resolution target.

Example SLA rules

• Emergency: acknowledge in 15 minutes, work started in 1 hour
• Urgent maintenance: acknowledge in 30 minutes, resolve in 24 hours
• Standard maintenance: acknowledge same day, resolve in 3 days
• Non-urgent admin request: acknowledge in 1 business day

Escalation triggers

• No assignment after X minutes
• No first response after X minutes/hours
• Ticket overdue by SLA
• Resident reopens request
• Safety keywords detected

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7) Enable notifications and communication

Residents and staff should get automated updates.

Resident notifications

• Submission confirmation
• Request assigned
• Technician en route
• More information needed
• Request resolved
• Satisfaction survey

Internal notifications

• New urgent ticket in queue
• Overdue SLA
• Reassignment needed
• Vendor notification
• Manager escalation

Use email, SMS, in-app alerts, or push notifications depending on urgency.

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8) Set up role-based permissions

Different users should have different capabilities.

Roles

• Resident
• Front desk / concierge
• Triage agent
• Property manager
• Maintenance tech
• Vendor
• Admin

Permission examples

• Residents can create and view their own requests
• Triage agents can reassign and update priority
• Vendors can only see assigned jobs
• Admins can edit forms and routing rules

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9) Implement a rule management UI

Give administrators a no-code interface to manage routing.

Useful admin features

• Drag-and-drop rule builder
• Priority ordering of rules
• Test/rule preview mode
• Rule version history
• Enable/disable rules
• Audit log of changes

Example rule builder fields

• Condition: category equals “plumbing”
• Condition: property in [A, B, C]
• Action: assign to “Plumbing Team”
• Action: set priority to “high”

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10) Store requests in a structured data model

A simple data model helps reporting and automation.

Core objects

• Resident
• Property / building / unit
• Request
• Form template
• Form submission
• Routing rule
• Assignment
• Comment / note
• Attachment
• Status history
• SLA policy

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11) Add analytics and reporting

Track whether the system is working.

Metrics to monitor

• Requests by type and building
• Average time to first response
• SLA compliance rate
• Reopen rate
• Volume by day/time
• Top issue categories
• Manual triage percentage
• Vendor response times

This helps refine forms and routing rules over time.

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12) A practical implementation pattern

If you’re building this in software, the architecture often looks like:

• Frontend form builder
• Submission API
• Validation service
• Rules engine
• Triage queue service
• Notification service
• Ticketing/work order service
• Reporting dashboard

Suggested flow

1. Resident submits dynamic form
2. Backend validates required fields
3. Rules engine evaluates request
4. System auto-routes or sends to triage queue
5. Ticket gets created and assigned
6. Notifications are sent
7. SLA tracking starts
8. All actions are logged

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13) Example configuration

Form config

{
  "formType": "maintenance_request",
  "fields": [
    {"name": "category", "type": "dropdown", "required": true},
    {"name": "description", "type": "textarea", "required": true},
    {"name": "photo", "type": "file", "required": false},
    {"name": "urgent", "type": "checkbox", "required": false}
  ]
}

Routing rule config

[
  {
    "if": {"category": "water leak", "urgent": true},
    "then": {
      "priority": "urgent",
      "assignTo": "on_call_maintenance",
      "notify": ["sms", "email"]
    }
  },
  {
    "if": {"category": "noise complaint"},
    "then": {
      "priority": "normal",
      "assignTo": "community_management"
    }
  }
]

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14) Start simple, then expand

A good rollout sequence:

1. Launch 3–5 request types
2. Add basic routing rules
3. Enable manual triage fallback
4. Add SLA/escalation
5. Add analytics
6. Refine with real usage data
7. Expand to more properties and request types

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15) Key design tips

• Keep forms short and dynamic
• Make routing explainable
• Always allow manual override
• Separate form logic from routing logic
• Track every status change
• Design for after-hours emergencies
• Review and tune rules regularly

If you want, I can also give you:

1. a sample database schema,
2. a rules engine design, or
3. a low-code/no-code implementation plan for this system.