N

Operational Waste Mitigation and Demand Forecasting

ROLEData Engineer
TIMELINE3 Months
TOOLSPython, SQL, Power BI
PLATFORMETL Pipeline
01THE PROBLEM
Identifying the Core Issue

Automated ETL pipeline reducing operational waste and improving forecast accuracy

IKEA’s kitchen department faced significant operational inefficiencies due to fragmented data. Critical inventory and sales data were scattered across **10+ disconnected SharePoint sources and Excel files**, leading to a dazzling 40% data latency. This delay made it impossible to accurately forecast demand, resulting in excessive food waste and lost revenue opportunities.

15%Waste Reduction
15
02RESEARCH & STRATEGY

Synthesizing User Needs

Understanding the stakeholders through research

To design an effective solution, I conducted stakeholder interviews and synthesized two distinct user archetypes representing the core needs and pain points.

Janee D Alfonso(The Manager)
Kitchen Production Manager
GOAL

Accurate daily demand forecasts to minimize food waste and ensure availability during peak hours.

FRUSTRATIONS
  • Relies on outdated, manual Excel spreadsheets for forecasting.
  • No visibility into real-time sales data from front-of-house.
  • Spends 2+ hours daily reconciling inventory discrepancies.
Andrew(The Decision Maker)
Business Navigator
GOAL

A centralized dashboard to monitor regional KPIs and make data-driven procurement decisions.

FRUSTRATIONS
  • Data scattered across 10+ SharePoint sites and Excel files.
  • Weekly reports are often stale by the time they are compiled.
  • Lacks the ability to drill down into specific department metrics.
03THE WORKFLOW

From Data to Dashboard

A systematic approach to building the solution

01
StrategyIdeation & LogicConfluence
02
EngineeringETL PipelinePython / SQL
03
AnalysisGap AnalysisExcel / Power Query
04
VisualizationDashboardingPower BI
04SYSTEM & ARCHITECTURE

Data Pipeline Architecture

How the data flows from source to insight

The architecture follows a classic data pipeline pattern: raw data is extracted from disparate sources, cleaned and transformed via Python, loaded into a central SQL database, and visualized through Power BI models for actionable insights.

Interactive Flowchart
05THE SOLUTION

Designing the Dashboard

Turning insights into actionable visualizations

An interactive Power BI dashboard providing real-time visibility into kitchen operations, procurement KPIs, and regional performance metrics.

Dashboard
40%Latency Reduction

Real-time data ingestion replaced manual, batch processing.

Latency Reduction
20%Forecast Accuracy

Improved predictions through historical trend analysis.

Forecast Accuracy
CAD 6KAnnual Savings

Waste reduction directly translated to cost savings.

Annual Savings
06RETROSPECTIVE

Outcome & Learnings

Reflecting on what was built and what comes next

Outcome

Successfully deployed an automated ETL pipeline that eliminated 15+ hours of manual work weekly and provided leadership with real-time dashboards.

Key Learnings

Stakeholder alignment is critical. Early buy-in from both the kitchen and business teams ensured the dashboards met practical needs.

Future Work

Integrate predictive ML models for proactive demand forecasting. Explore Azure Data Factory for enterprise-grade scheduling.