Ecommerce Task
Find and fix the causes of product returns
Connect return reasons to products and original customer comments. Choose one evidence-backed fix to test first.
“This is costing me margin and reverse-logistics work without telling me which product problem to fix.”
The result to work towards
Identify recurring causes by product, inspect the supporting customer evidence, and test one measurable intervention.
The situation
The work is costly. A clearer route can change it.
- When it starts
- Refunds rise, one product looks problematic, or vague reason codes stop the team from choosing a fix.
- What makes it difficult
- The team can see that products came back. It cannot tell which recurring cause is avoidable or worth fixing first.
- What progress looks like
- You have enough evidence to act on one likely cause of returns, make a change, and measure whether it works.
Next useful action
Turn return feedback into one prioritised fix
Create a reviewable cause table by product, then choose one change with traceable customer evidence and a measurement plan.
Boundaries
Keep the first release narrow.
- Separate physical returns from cancellations, edits, and refunds without returned goods.
- Keep original comments or excerpts attached to every generated label.
- Remove direct customer identifiers before using an AI analysis tool.
- Check AI labels against a human-reviewed sample and inspect every low-confidence row.
- Compare rates with a valid sales denominator. Raw return counts alone can mislead.
- Change one main factor at a time where practical. Record other changes that could affect the result.
Research basis
Inspect the material behind this Task.
The source set combines official product documentation with general AI risk guidance.
- National Institute of Standards and Technology: Artificial Intelligence Risk Management Framework (AI RMF 1.0)
- Shopify: ShopifyQL returns fields deprecated and replaced with sales reversals fields
- Shopify: Better insights with category-specific return reasons
- Association for Computational Linguistics: Learning Reasons for Product Returns on E-Commerce