Learn how to build a production-ready request intake pipeline that automatically captures Microsoft Forms submissions, stores them in SharePoint with unique reference IDs and SLA deadlines, and sends formatted confirmation emails via Outlook — all without manual intervention. This expert-level lesson covers architecture decisions, data type gotchas, idempotency protection, and conditional email content based on form input.
Picture this: your team handles dozens of project requests every week. They arrive through email, Slack messages, hallway conversations, and the occasional sticky note on a monitor. Each request needs to be logged somewhere, assigned a tracking number, and acknowledged so the requester knows it didn't vanish into the void. Someone on your team — probably you — manually copies information from emails into a spreadsheet, then sends a reply from a template. It takes 10 minutes per request, which doesn't sound like much until you're doing it 40 times a week.
This is precisely the problem that a well-designed Power Automate flow solves elegantly. By combining Microsoft Forms as the intake surface, SharePoint as the structured data store, and Outlook as the communication layer, you can build a complete request pipeline that captures submissions the moment they happen, stores them with consistent metadata, generates a unique reference number, and sends a professional confirmation email — all in under 60 seconds, without any human involvement in the mechanical parts of the work. The humans on your team can then focus on actually evaluating requests instead of processing them.
By the end of this lesson, you'll have built a production-ready intake flow from scratch. More importantly, you'll understand the architectural decisions behind it — why we structure the SharePoint list a particular way, how Power Automate handles form response data, where expressions are necessary versus where dynamic content is sufficient, and how to design the confirmation email so it carries real operational value.
What you'll learn:
You should be comfortable with the Power Automate designer interface before working through this lesson. If you haven't navigated the canvas or run a test flow yet, Getting Started with the Power Automate Interface will get you oriented quickly.
You'll need:
A working understanding of expressions will help significantly. If expressions feel unfamiliar, bookmark Mastering Dynamic Expressions and the Power Automate Formula Language and refer to it as you work through the expression-heavy sections below.
The most common mistake people make when building this type of flow is starting in Power Automate before they've designed the data model. They create a form, immediately set up a trigger, and then discover mid-build that their SharePoint list columns don't match the form questions, or that a choice field in SharePoint is incompatible with how Forms returns multiple-select answers.
Resist the urge to open Power Automate first. Spend 15 minutes on architecture.
For this lesson, we'll build an IT Service Request intake system. Requesters submit their name, email, department, a short description of the issue, a priority level, and whether the issue is affecting other people. The intake team needs to track these requests, assign them reference numbers, and confirm receipt to the requester. Eventually, requests may be routed for approval (a topic covered in depth in Building a Dynamic Multi-Condition Approval Flow in Power Automate), but for this lesson, we focus on the intake layer.
Before creating anything, sketch this mapping:
| Form Question | Form Type | SharePoint Column | Column Type |
|---|---|---|---|
| Full Name | Text | RequestorName | Single line of text |
| Email Address | Text | RequestorEmail | Single line of text |
| Department | Choice (dropdown) | Department | Choice |
| Issue Description | Text (long) | IssueDescription | Multiple lines of text |
| Priority | Choice (radio) | Priority | Choice |
| Affecting others? | Choice (radio) | AffectingOthers | Single line of text |
| (generated) | — | ReferenceID | Single line of text |
| (generated) | — | SubmissionDate | Date and Time |
| (generated) | — | Status | Choice |
Notice a few intentional decisions here:
Department uses a Choice column in SharePoint, but you need to be careful. If you make it a required Choice column with a fixed set of options, Power Automate will fail if the form ever returns a value that doesn't exactly match one of your SharePoint choices (including casing). For initial intake flows, using a Single line of text for Department is often safer and more flexible — you can enforce the controlled vocabulary at the SharePoint layer later via a separate validation flow or Power Apps form.
AffectingOthers is a Yes/No question in the form, but Microsoft Forms returns it as a string ("Yes" or "No") when using radio buttons, not a boolean. Mapping it to a Single line of text column in SharePoint avoids type conversion headaches.
ReferenceID, SubmissionDate, and Status are columns your flow will populate — the form doesn't ask for these. They're the system-generated metadata that makes your list operational.
Key insight
The form is the user-facing input surface; SharePoint is the operational data store. These two things have different design requirements. The form should be easy and frictionless for the user. The SharePoint list should be structured and queryable for the operations team. Your flow is the translation layer between them.
Navigate to forms.microsoft.com and create a new form. Name it "IT Service Request."
Add questions in this order:
After building the form, do two things before leaving:
First, click the "Share" button and copy the form's response URL — you won't need this for the flow, but it's good to document. Second, and more importantly, submit a test response yourself right now. Give it realistic values. This test response exists in the form's response data and will be invaluable when you're building and testing the flow — Power Automate can use it to populate the dynamic content panel with real field names and sample values.
Tip
Always submit at least one test response to your form before building the flow. Without response data, the dynamic content panel in Power Automate shows generic field names like "Question 1" instead of your actual question text, which makes building the flow significantly more confusing.
Navigate to your SharePoint site and create a new list. Call it IT Service Requests.
The default list comes with a Title column. You'll repurpose this as a container for the reference ID — rename it to ReferenceID by editing the column settings (Column Settings > Rename). This is important: Title is the only column you can rename (not delete), and SharePoint requires it to be present.
Add the remaining columns:
RequestorName — Single line of text RequestorEmail — Single line of text Department — Single line of text (not Choice, for the reasons discussed above) IssueDescription — Multiple lines of text, plain text mode Priority — Choice column. Add options: Critical, High, Medium, Low. Set "Can add values manually" to No so the flow can't accidentally insert an invalid value. AffectingOthers — Single line of text SubmissionDate — Date and Time, include time Status — Choice column. Add options: New, In Progress, Resolved, Closed. Set default value to New.
One important configuration: on the IssueDescription column, make sure "Append Changes to Existing Text" is set to No. If this is enabled (it's sometimes on by default for Multi-line text columns), Power Automate's "Create item" action will behave oddly — it may create the item successfully but the description field appears blank in the list view because SharePoint is treating each write as an append operation.
Warning
SharePoint's "Append Changes to Existing Text" setting on multi-line columns is a silent flow-breaker. Submissions appear to succeed (no error in run history), but the field is blank in the list. Always verify this setting is off on any multi-line column your flow writes to.
After creating all columns, set an appropriate view. Create a view called Active Requests that filters for Status not equal to "Closed," sorted by SubmissionDate descending. This is the operational view your team will use daily.
Now we build the flow. Go to make.powerautomate.com, click "Create," and choose "Automated cloud flow." When prompted for a trigger, search for "Microsoft Forms" and select When a new response is submitted.
Name the flow something specific: IT Service Request — Intake, Storage, and Confirmation. Good naming discipline pays dividends when you have dozens of flows. For more on this, Power Automate Best Practices: Master Flow Naming, Testing, and Monitoring covers naming conventions in detail.
In the trigger action, the only field to configure is Form Id. Click the dropdown and select your "IT Service Request" form. The trigger is now watching for new submissions.
At this point, understand what the trigger actually gives you. The "When a new response is submitted" trigger provides only two pieces of data: the Form Id and the Response Id. It does NOT give you the actual form field values. This surprises many first-time builders who expect the trigger output to contain all the answers. To get the answers, you must explicitly call the next action.
Note
This two-step pattern — trigger fires, then you call "Get response details" — is intentional design. The trigger is a webhook notification that a response exists; the "Get response details" action is a separate API call that fetches the actual content. Understanding this prevents a lot of confusion when you see the trigger's dynamic content panel appears empty of question data.
Add a new action: search for "Microsoft Forms" and select Get response details. Configure it with:
Now your flow has the actual form answers available as dynamic content. Take a moment to expand the "Get response details" output in the dynamic content panel — you should see entries like "Full Name," "Email Address," "Department," etc. If you see "Question 1," "Question 2," your test response didn't get picked up; try re-saving the flow or refreshing the browser.
Before writing to SharePoint, you need to generate a unique reference ID. A well-designed reference ID is:
Here's a good pattern for this use case: ITSR-YYYYMM-NNNNN, where NNNNN is the last 5 digits of the response ID timestamp in milliseconds.
Add a Compose action (from the Data Operation connector). Name it "Compose - Reference ID." In the Inputs field, enter this expression:
concat(
'ITSR-',
formatDateTime(utcNow(), 'yyyyMM'),
'-',
substring(
string(ticks(utcNow())),
sub(length(string(ticks(utcNow()))), 5),
5
)
)
This generates a value like ITSR-202404-87234. The ticks() function returns a large integer representing the current UTC time in 100-nanosecond intervals — taking the last 5 digits gives us enough uniqueness for an intake flow handling dozens of submissions per day, while keeping the ID short.
Tip
If your intake volume is very high (hundreds per hour), increase the substring length to 7 digits, or switch to using guid() as the uniqueness component. For most operational intake flows, 5 digits is perfectly adequate and produces cleaner-looking IDs.
Alternatively, if you want strictly sequential IDs, you'd need to query the SharePoint list for the current maximum ID before creating the new item. That approach requires a "Get items" action with an OData sort and filter, which adds latency and introduces a race condition risk under concurrent load. The timestamp-based approach is simpler and more resilient.
Add another Compose action. Name it "Compose - Submission Date." In Inputs:
utcNow()
You could use the trigger's timestamp directly (it's available in the trigger's dynamic content as "Timestamp"), but utcNow() at this point in the flow gives you the processing time rather than the submission time. For most intake flows, these are within seconds of each other. If your tenant is configured for a specific time zone and you want to store local time instead of UTC, use:
convertTimeZone(utcNow(), 'UTC', 'Eastern Standard Time', 'yyyy-MM-ddTHH:mm:ss')
Choose the appropriate time zone string for your organization. Note that 'Eastern Standard Time' is the Windows time zone ID — it handles daylight saving automatically despite the "Standard" in its name.
Add a SharePoint action: Create item. Configure it as follows:
Now map each column to its value:
The Priority field mapping deserves a moment of attention. SharePoint Choice columns expose a "Value" property in Power Automate. When you expand the Choice field in the Create item action, you'll see a text field labeled "Value" — this is where you put the actual choice text. If you map a form response string directly to this field, SharePoint will create the item with that choice value, but only if the value exactly matches one of the defined choices (case-insensitively). Since your form and SharePoint list both use "Critical," "High," "Medium," and "Low," you're safe.
Warning
If you accidentally map to the wrong sub-property of a Choice column — for example, if you put a value in the parent "Priority" field rather than "Priority Value" — the Create item action will appear to succeed but the choice field will be blank. Always expand Choice fields and populate their "Value" sub-field explicitly.
Before sending the email, compose the HTML body as a separate action. This keeps the Send an email action clean and makes the body easier to debug and modify.
Add a Compose action. Name it "Compose - Email Body." In the Inputs field, switch to expression mode and enter the HTML directly. Here's a production-quality template:
<div style="font-family: Calibri, Arial, sans-serif; max-width: 600px; color: #333333;">
<div style="background-color: #0078D4; padding: 20px; border-radius: 4px 4px 0 0;">
<h2 style="color: #ffffff; margin: 0;">IT Service Request Received</h2>
</div>
<div style="background-color: #f8f9fa; padding: 24px; border: 1px solid #dee2e6; border-top: none; border-radius: 0 0 4px 4px;">
<p>Hello <strong>[REQUESTOR_NAME]</strong>,</p>
<p>Thank you for submitting your IT service request. We've received it and assigned the following reference number:</p>
<div style="background-color: #ffffff; border: 2px solid #0078D4; border-radius: 4px; padding: 16px; text-align: center; margin: 20px 0;">
<span style="font-size: 24px; font-weight: bold; color: #0078D4; letter-spacing: 2px;">[REFERENCE_ID]</span>
<p style="margin: 8px 0 0; font-size: 12px; color: #666666;">Please include this reference number in any follow-up communications.</p>
</div>
<h3 style="color: #0078D4; border-bottom: 1px solid #dee2e6; padding-bottom: 8px;">Request Summary</h3>
<table style="width: 100%; border-collapse: collapse;">
<tr><td style="padding: 8px; color: #666666; width: 140px;">Submitted</td><td style="padding: 8px; font-weight: 500;">[SUBMISSION_DATE]</td></tr>
<tr style="background-color: #f0f7ff;"><td style="padding: 8px; color: #666666;">Department</td><td style="padding: 8px; font-weight: 500;">[DEPARTMENT]</td></tr>
<tr><td style="padding: 8px; color: #666666;">Priority</td><td style="padding: 8px; font-weight: 500;">[PRIORITY]</td></tr>
<tr style="background-color: #f0f7ff;"><td style="padding: 8px; color: #666666;">Affecting Others</td><td style="padding: 8px; font-weight: 500;">[AFFECTING_OTHERS]</td></tr>
<tr><td style="padding: 8px; color: #666666; vertical-align: top;">Description</td><td style="padding: 8px; font-weight: 500;">[DESCRIPTION]</td></tr>
</table>
<p style="margin-top: 24px;">Our team will review your request and be in touch within <strong>[SLA_TEXT]</strong>.</p>
<p style="color: #666666; font-size: 12px; margin-top: 32px; border-top: 1px solid #dee2e6; padding-top: 16px;">This is an automated confirmation. Please do not reply to this email — use your reference number to check status or contact the IT helpdesk directly.</p>
</div>
</div>
Notice the [PLACEHOLDER] pattern. Now switch this Compose action to use proper dynamic content by building it as an expression rather than a static string. The cleanest approach is to use concat() with embedded dynamic content references:
In the Inputs of the Compose action, use the expression editor to write:
concat(
'<div style="font-family: Calibri, Arial, sans-serif; max-width: 600px; color: #333333;"><div style="background-color: #0078D4; padding: 20px; border-radius: 4px 4px 0 0;"><h2 style="color: #ffffff; margin: 0;">IT Service Request Received</h2></div><div style="background-color: #f8f9fa; padding: 24px; border: 1px solid #dee2e6; border-top: none; border-radius: 0 0 4px 4px;"><p>Hello <strong>',
outputs('Get_response_details')?['body/r6f09e8a6cfe84bc1a90bcf720dbcfe8a'],
'</strong>,</p><p>Your reference number is: <strong>',
outputs('Compose_-_Reference_ID'),
'</strong></p></div></div>'
)
That approach gets unwieldy for long HTML. A better pattern at this level of complexity is to accept that the email body Compose action will contain mixed mode — type the static HTML directly in the input field, then use the dynamic content panel to insert form values at the right positions. Power Automate handles this correctly; the underlying engine treats the mixed input as a concat automatically.
Switch the Compose action's input to the text mode (not expression mode). Type your HTML directly, and whenever you need a dynamic value, click the "Add dynamic content" link to insert it at the cursor position.
For the SLA text, add a condition that branches based on Priority. Critical requests get "2 business hours"; High gets "4 business hours"; Medium and Low get "1 business day." To do this cleanly, add a Switch action before the Compose, with the Priority form field as the switch value, and use a Compose action in each branch to set the SLA text. Then reference that Compose output in the email body. This is exactly the kind of conditional logic covered in Working with Conditions, Loops, and Variables in Power Automate.
For the submission date in the email, format it readably:
formatDateTime(outputs('Compose_-_Submission_Date'), 'dddd, MMMM d, yyyy \'at\' h:mm tt')
This produces output like "Tuesday, April 9, 2024 at 2:47 PM."
Add an Outlook action: Send an email (V2). Configure it:
concat('IT Service Request Confirmed — Reference #', outputs('Compose_-_Reference_ID'))</> in the email body field to switch it to HTML mode before inserting the dynamic content — otherwise Outlook will treat your HTML as plain text and display the raw tags.Tip
The "Send an email (V2)" action's body field has two modes: plain text and HTML. The toggle is a small </> icon in the toolbar of the body field. If your email is rendering with visible HTML tags, you forgot to switch to HTML mode. This is one of the most common gotchas with Outlook emails in Power Automate.
Under "Show advanced options" in the Send email action, consider setting From to a shared mailbox address (like itsupport@yourcompany.com) if your organization uses service accounts. This requires that the connection used by the flow has send-as permissions on that mailbox.
Let's step back and look at what we've built as a sequence:
This is a linear flow with one branch point (the Switch for SLA text). The "Create item" action runs before the email is sent — this is intentional. If the SharePoint write fails, you want the flow to stop before sending a confirmation email, because you'd be confirming receipt of something you didn't actually store. This sequencing prevents a class of consistency problems where the requester has a reference number but the operations team has no record of the request.
The flip side: if the email fails after the SharePoint write succeeds, the record exists but the requester gets no confirmation. This is actually acceptable behavior — you can manually resend from SharePoint or surface the data via another mechanism. The data isn't lost. Compare this to the alternative (email first, then write to SharePoint) where a SharePoint failure leaves an orphaned confirmation email with a reference number that doesn't exist in the system.
This is a fundamental data consistency decision: write to your system of record before notifying the user. The system of record should always be authoritative.
For a deeper treatment of how to chain connectors across Microsoft 365 services while preserving data integrity between steps, Chaining Microsoft 365 Connectors in a Single Flow is an excellent companion resource.
The form we built uses single-select choices, but real-world forms often include multiple-select questions. If you added a question like "Which systems are affected? (select all that apply)" with checkboxes, Microsoft Forms returns the answers as a semicolon-delimited string: "Email; Teams; SharePoint".
SharePoint doesn't have a native multi-value field that accepts semicolon-delimited strings gracefully. Your options are:
Option 1: Store as-is in a Multi-line text column. Simple, readable in the list, but not easily filterable.
Option 2: Split into a SharePoint Multi-value Choice column. This requires splitting the semicolon-delimited string into an array and constructing the JSON that SharePoint's multi-value field expects. The expression for splitting is split(body('Get_response_details')?['r_fieldId'], '; '), and you'd then use a Select action to format each element into the SharePoint multi-value JSON structure. The Transforming and Mapping Data with Power Automate's Compose, Select, and Filter Array actions article covers this pattern in detail.
Option 3: Normalize into separate boolean columns. Add a SharePoint Yes/No column for each possible selection. In the flow, check whether the string contains each option using contains(body('Get_response_details')?['r_fieldId'], 'Email') and set the corresponding boolean column accordingly. This is the most queryable structure but requires more columns and more flow logic.
For intake flows, Option 1 is usually the right starting point. You can always build a separate normalization flow later when you understand the query patterns your team actually needs.
Here's something that experienced flow builders think about that beginners often miss: what happens if the flow runs twice for the same form submission?
Power Automate's Microsoft Forms trigger is generally reliable, but network conditions and service interruptions can occasionally cause a trigger to fire more than once for the same response. If your flow isn't idempotent — designed to be safe to run multiple times — you end up with duplicate records in SharePoint and duplicate confirmation emails going to the requester.
The defense against this is to check for existing records before creating a new one. After the "Get response details" action and before "Create item," add a Get items action (SharePoint) with an OData filter:
RequestorEmail eq 'EMAIL' and SubmissionDate ge DATETIME
This is overly broad. A better approach is to store the Response Id from the Forms trigger in a dedicated SharePoint column (call it FormsResponseId, Single line of text). Then filter:
FormsResponseId eq 'RESPONSE_ID_VALUE'
If the Get items action returns any results, the submission was already processed. Add a Condition after Get items: if length(body('Get_items')?['value']) is greater than 0, terminate the flow with a status of "Succeeded" and a comment of "Duplicate submission detected — skipping." This exits the flow cleanly without creating a duplicate record.
The cost of this approach is an extra SharePoint query on every run. For low-volume intake flows (dozens per day), this is negligible. For high-volume scenarios, you'd want to consider whether the Forms trigger architecture already provides exactly-once delivery guarantees (it generally does, but not under all failure conditions).
Key insight
Idempotency is a production-readiness concern, not an edge case concern. Build it in from the start. A duplicate record and duplicate confirmation email are small problems in testing and significant operational problems once your flow is handling real work.
The requester isn't the only audience for this data. Your IT intake team needs to know a new request arrived, especially for Critical priority issues. Add two more actions at the end of the flow, after sending the requester confirmation.
First, add another Send an email (V2) action for the internal team notification. Configure it:
concat('[', outputs('Get_response_details')?['body/r_PRIORITY_FIELD_ID'], '] New IT Request — ', outputs('Compose_-_Reference_ID'))For the SharePoint item link, construct it from the item ID returned by the Create item action:
concat(
'https://YOURTENANT.sharepoint.com/sites/YOURSITE/Lists/IT%20Service%20Requests/DispForm.aspx?ID=',
string(body('Create_item')?['ID'])
)
This gives the intake team a one-click path directly to the new record. It's a small detail with significant practical value — instead of navigating to SharePoint, filtering the list, and finding the right item, they click a link in the email.
For Critical priority requests specifically, you might also want to send a Teams message to the IT channel. That pattern is covered in Using Power Automate with Microsoft Teams: Automate Notifications, Approvals, and Channel Messages, and it integrates naturally into this flow as a conditional branch after the email actions.
Build this flow yourself, then extend it. Here's the exercise structure:
Part 1: Build the core flow (as described above). Submit three test responses with different priority levels and verify:
Part 2: Add idempotency protection. Add the FormsResponseId column to your SharePoint list and populate it in the Create item action. Add the Get items check and the condition that skips duplicate submissions. Verify by manually triggering the flow twice with the same Response Id (you can do this from the flow run history by re-running a historical execution).
Part 3: Add the SLA deadline column. Add a column to your SharePoint list called SLADeadline (Date and Time). In the flow, after the Switch action that determines SLA text, add a Compose action that calculates the actual deadline timestamp based on submission time and priority:
addHours(outputs('Compose_-_Submission_Date'), 2)addHours(outputs('Compose_-_Submission_Date'), 4)addDays(outputs('Compose_-_Submission_Date'), 1)Write this value to the SLADeadline column in the Create item action. This transforms your intake list into a real SLA tracking system that a separate scheduled flow could query to identify at-risk items.
Part 4 (stretch): Build a second flow — a scheduled daily digest — that queries the SharePoint list for all items with Status = "New" and SLADeadline within the next 2 hours, and sends a summary email to the intake team listing those at-risk items. This is a natural extension of the intake system and a realistic operational pattern.
Check two things in order. First, verify the SharePoint site and list names are correct — it's easy to accidentally select a similarly-named list. Second, check the "Append Changes to Existing Text" setting on any multi-line text columns. Third, ensure the account running the flow has Contribute permission on the SharePoint list, not just read permission.
You put the HTML body in the plain text mode of the Send email body field. Click the </> icon in the email body toolbar to switch to HTML mode, then re-insert your dynamic content reference.
This usually happens when the field mapping between the form and the "Get response details" action is broken. Open the action and re-configure the Form Id — sometimes after saving and re-opening the designer, the mapping needs to be re-selected. Also verify the response you're testing with actually exists in the form (not deleted from the Forms responses view).
You mapped the form value to the parent "Priority" field rather than the "Priority Value" sub-field. Expand the Priority field in the Create item action and look for the "Value" input below it. Map the form answer there.
You haven't implemented idempotency protection. Follow Part 2 of the exercise above. Also check whether your form allows multiple submissions from the same user — if a requester submits twice (possibly by accident, possibly by reloading the confirmation page), two distinct responses will exist in Forms and your flow will correctly process both. The distinction between "same response submitted twice" (a trigger reliability issue) and "user submitted two responses" (expected behavior) matters for your deduplication logic.
You're running at high volume and 5 digits isn't providing enough uniqueness. Increase the substring length to 8 digits, or switch to guid():
concat('ITSRV-', formatDateTime(utcNow(), 'yyyyMM'), '-', substring(guid(), 0, 8))
This produces IDs like ITSRV-202404-a3f82b1c — still readable, essentially collision-proof.
Check whether any of your actions are hitting SharePoint's throttling limits. The Get items action for idempotency checking is the most likely culprit under load. If you're seeing HTTP 429 responses in the action's output, add a delay and retry — or consider whether the idempotency check can be removed if your trigger reliability is high enough for your use case. For error handling patterns that make flows more resilient to transient failures, Master Error Handling and Retry Patterns in Power Automate covers the right approach.
You've built something genuinely useful: a production-grade request intake pipeline that captures form submissions, stores them with consistent metadata and a unique reference ID, calculates SLA deadlines based on business rules, and notifies both the requester and the intake team with formatted, information-dense emails — all automatically, in under a minute.
The skills you've applied here extend far beyond this specific use case. The pattern of Forms trigger → Get response details → transform data → write to SharePoint → notify via Outlook is the backbone of dozens of real-world automation scenarios. The decisions we discussed — writing to your system of record before notifying users, building idempotency protection, designing for the difference between the form as a user interface and SharePoint as an operational data store — are architecture principles you'll apply in every intake system you build.
Where to go from here:
The natural next extension of this system is adding an approval layer. Once a request is stored in SharePoint, a separate flow (or a continuation of this one) can route it to a manager or technical lead for review before work begins. Building Approval Workflows with Power Automate and Designing Multi-Stage Approval Chains in Power Automate both build directly on what you've learned here.
If you're interested in the SharePoint side specifically — managing the lifecycle of those list items as requests move through states, archive closed requests, enforce retention — Automating SharePoint List Item Lifecycle Management with Power Automate is the logical continuation.
And for forms with more complex response types — file attachments, matrices, or branching logic that produces variable output structures — Automating Microsoft Forms Responses: Collecting, Routing, and Storing Survey Data with Power Automate covers the edge cases this lesson intentionally scoped out.
The intake system you built today is a foundation. The systems you build on it are limited only by your imagination and your patience with the SharePoint column type documentation.