In today’s digital workplace, efficient handling of internal or external support tickets is essential. Whether it’s IT issues, HR queries, or general service requests, a streamlined system helps teams respond faster. It also improves service quality. You can build a low-code, cost-effective Support Ticketing System using Microsoft Power Platform. This includes Power Apps, Power Automate, and Power BI. This system can be tailored to your needs.

This blog walks you through the step-by-step development and utilization of such a tool.

🧱 Step 1: Design the Data Structure

Before you start building the app, decide where to store your ticket data. Options include:

• SharePoint List – Ideal for simple needs
• Dataverse – For complex apps with more scalability
• SQL Server / Excel Online – Depending on your infrastructure

Example SharePoint List Columns:

• TicketID (Auto number or ID)
• Title
• Description
• Priority (Choice: Low, Medium, High)
• Category (IT, HR, Finance, etc.)
• Status (New, In Progress, Resolved, Closed)
• CreatedBy
• AssignedTo
• CreatedDate
• Resolution

📱 Step 2: Create the App in Power Apps

1. Open Power Apps Studio

• Go to make.powerapps.com
• Choose Canvas App → Phone Layout (for mobile support)

2. Connect to the SharePoint List

• Click Data → Add Data → SharePoint
• Connect to your site and select the ticketing list

3. Design the Screens

• Home Screen
  • Show tickets submitted by the logged-in user
  • Button to create a new ticket
• New Ticket Screen
  • Form to enter ticket title, description, category, and priority
  • Submit button saves to SharePoint and triggers Power Automate
• Admin/Support Screen
  • Show all tickets with filters (Status, Priority, Assigned To)
  • Edit tickets (update status, assign to team)
• Ticket Details Screen
  • View full details, resolution notes, and ticket history

🔄 Step 3: Automate with Power Automate

Automate key processes using Power Automate flows.

1. Ticket Submission Flow

• Trigger: When an item is created in SharePoint
• Actions:
  • Send a confirmation email to the user
  • Notify the support team (email/Teams)
  • Create a task in Planner (optional)

2. Status Update Notification

• Trigger: When an item is modified
• Condition: If “Status” changes
• Action: Notify the user via email or Teams

3. Escalation Flow (Optional)

• Trigger: Recurrence (daily check)
• Condition: Tickets not updated in 48 hours
• Action: Send escalation email to supervisor

📊 Step 4: Analyze with Power BI

Visualize ticket data for better decision-making.

1. Connect Power BI to SharePoint List

• Use Get Data → SharePoint Online List
• Load the ticketing list

2. Create Dashboards

Include visuals like:

• Tickets by Status
• Average Resolution Time
• Tickets by Category
• SLA Compliance %
• Tickets by Assigned Support Member

3. Publish to Power BI Service

• Share the report with stakeholders
• Pin key metrics to a dashboard

✅ Key Benefits of the System

• No-code/Low-code development
• Fully integrated with Microsoft 365
• Mobile-friendly via Power Apps
• Real-time alerts via Power Automate
• Deep insights via Power BI

📌 Final Thoughts

This Support Ticketing Tool can evolve over time. You can:

• Add user authentication and role-based access
• Integrate with Microsoft Teams for chat-based ticketing
• Build SLA tracking and audit logs
• Create a chatbot interface using Power Virtual Agents

With Microsoft Power Platform, even non-developers can build enterprise-grade tools to optimize internal operations.