A Python-based operations decision-support and reporting tool modeled after an internal enterprise analytics system. The tool transforms synthesized shipment data into KPI tables, trend visualizations, and an executive-ready PDF report to support operational decision-making.
DISCLAIMER: “FedEx” is used strictly as a placeholder name. All data in this repository is 100% synthetic.
- Ingests shipment-level operational data (CSV)
- Computes core operational KPIs (service level, delays, exceptions, throughput)
- Generates clean charts for trend and performance analysis
- Produces a multi-page, stakeholder-ready PDF report
- Packages insights, assumptions, and roadmap into a single deliverable
Large-scale logistics operations generate extensive daily performance data, but that data is often reviewed in fragmented reports that make prioritization difficult. Decision-makers may see metrics but lack a structured way to interpret operational risk, compare sites, and identify where intervention is most urgent. This tool consolidates operational KPIs into a ranked, decision-oriented report that supports faster, more consistent operational oversight.
- PDF report: FedEx_Project_Ops_Report.pdf
- Screenshots:
- Python
- pandas
- matplotlib
- ReportLab
- Dependencies: requirements.txt
fedex-project-ops-decision-support/
├── README.md
├── LICENSE
├── requirements.txt
├── reports/
│ └── FedEx_Project_Ops_Report.pdf
├── src/
│ ├── export_pdf.py # report orchestration
│ ├── metrics.py # KPI computation
│ ├── rules.py # deterministic decision logic
│ └── insights.py # optional narrative inputs
├── data/
│ └── sample/
│ └── shipments_sample.csv
└── docs/
└── screenshots/
By default, the tool runs on a synthetic sample dataset included at
data/sample/shipments_sample.csv.
You may substitute your own CSV if it follows the same schema.
To generate a report using your own data, provide a CSV file with the following columns:
| Column Name | Description |
|---|---|
date |
Date of operations (YYYY-MM-DD) |
scenario |
Operating scenario (e.g. NORMAL, PEAK, DISRUPTION, LABOR_SHORTAGE) |
package_volume |
Total packages processed that day |
network_capacity |
Maximum network capacity for the day |
on_time_rate |
On-time delivery rate (0–1) |
exceptions |
Number of delivery exceptions |
labor_hours |
Total labor hours worked |
cost_per_package |
Average cost per package |
Additional columns may be present but are ignored. You may use the provided sample dataset as a template.
python -m venv .venv
source .venv/bin/activate # Windows: .venv\Scripts\activate
pip install -r requirements.txt
2. Generate the report
bash
Copy code
python src/export_pdf.py
The script outputs a PDF report to the reports/ directory.
Data
Sample data mirrors realistic operational patterns and distributions
Assumptions & limitations
Metrics are illustrative and simplified for demonstration purposes
Root-cause attribution is not automated in v1
Designed as a reporting artifact, not a live dashboard
Roadmap
Parameterized report configuration (date ranges, thresholds)
Automated anomaly flagging
Lane- and region-level drilldowns
Unit tests and CI workflow


