E-commerce Operations Automation & Order Management System
I designed an e-commerce operations automation system to show how a growing online store can handle increasing order volume without increasing repetitive manual work.
The system connects key operational processes—including order handling, customer data, CRM updates, inventory monitoring, customer notifications, internal alerts, and reporting—into one coordinated workflow.
Instead of teams manually transferring information between tools, checking stock, updating customer records, sending routine notifications, and preparing reports, the workflow automatically moves data and triggers the appropriate next action.
The system was designed around a simple operational flow:
Order Received → Customer Data Verified → CRM Updated → Inventory Checked → Customer Notified → Team Alerted → Reporting Updated
I also designed safeguards for exceptions and failed processes so issues can be identified instead of silently disrupting the workflow.
The result is an operational system designed to help an e-commerce business achieve:
Less manual processing • Fewer errors • Faster customer communication • Better operational visibility • Easier scaling
This project demonstrates how automation can become part of the infrastructure behind a growing e-commerce store—not just a collection of disconnected automations.
This project tackles a real small-business pain point: inventory silently running out because no one's tracking stock in real time.
Order processing (webhook-triggered): Incoming orders (supporting multiple items per order) are received via webhook, split into individual line items, and logged — each order simply appends a new entry to an order log rather than directly overwriting stock numbers.
Live stock calculation: Current stock for each item is computed on the fly, using a formula that subtracts all logged order quantities from the starting count.
Daily stock monitoring (schedule-triggered): A separate scheduled trigger runs once a day, checks every item's live stock against its own custom reorder threshold, and sends a Slack alert for anything running low — so restocking happens before customers ever notice a shortage.
The daily trigger that checks each item's live stock against its own reorder threshold and then pushes a Slack alert seems like a practical way to stay ahead of stockouts.
Before repacking a market booth, check stock counts and sales totals separately.
In the Craft Fair Sales and Booth Stock Kit's fictional example, PRINT-B begins with 20 prints, sells 8 and gives away 1 display sample. That leaves 11 expected, but the physical count is 10.
The useful next step is to recount storage and check the sample-removal note before changing the numbers.
Try this closing routine:
• Keep one row per item variant, with a fixed opening count
• Record later replenishment and non-sale removals separately
• Calculate expected closing stock: opening + replenishment - net units sold - other removals
• Enter the physical count and investigate any difference before repacking
• Compare actual net sales with the standard-price calculation, keeping discount and refund evidence
The same example has matching card stock but lower actual sales because of an approved bundle discount. A stock difference and a sales difference can need different explanations.
The preview is an actual page from the included fictional example. The kit includes an editable Word packet, matching print PDF, Excel tracker, fictional completed example and Quick Start.
This is a manual organizer. It doesn't process payments or sync online inventory, and its sales comparisons are not profit calculations. Keep the original sales and payment records.