CNC Production Performance Dashboard:
A fully interactive manufacturing analytics dashboard built in Google Sheets, designed to simulate real CNC machining operations and provide actionable insights into production efficiency, scrap performance, and operator behavior. This project reflects real‑world aerospace manufacturing workflows and demonstrates the analytical skills required for data roles at companies like Boeing, Blue Origin, and SpaceX.
Project Overview
This dashboard analyzes CNC machining performance using a realistic, hand‑crafted dataset that includes:
-Cycle times
-Scrap pieces
-Total pieces produced
-Operator performance
-Machine IDs
-Production dates
-The dashboard uses dynamic slicers, KPI cards, and interactive charts to help users explore production trends and identify inefficiencies.
Dashboard Features:
Dynamic Slicers
Filter the entire dashboard by:
-Operator
-Cycle time
-Total pieces produced
KPI Cards
-Automatically updating metrics:
-Average cycle time
-Minimum & maximum cycle time
-Total pieces produced
-Scrap rate (fully dynamic)
Interactive Charts
Visualizations update instantly based on slicers:
-Cycle time trends
-Scrap performance
-Production output
Clean Dashboard Layout
-Title bar
-KPI row
-Filter panel
-Chart grid
-Footer with author + update timestamp
Hidden Data Engine
The filtered dataset is stored out of view to keep the dashboard clean and professional.
Skills Demonstrated
This project showcases:
-Data cleaning & preparation
-KPI design & calculation
-Manufacturing analytics
-Google Sheets formulas (QUERY, FILTER, IFERROR, etc.)
-Dashboard layout & UX design
-Data visualization
-Realistic dataset modeling
-Problem‑solving under real constraints
Tech Stack
-Google Sheets (primary tool)
-QUERY + FILTER + IFERROR
-Slicers
-Charts
-Custom dataset
Live Dashboard
👉 Google Sheets Link:
https://docs.google.com/spreadsheets/d/10qg0DVIptNPS8fzUXda0OKYjMLFtcY20dh9GE6kgPqI/edit?usp=sharing
cnc-production-dashboard/ │ ├── README.md ├── dashboard.png └── (optional) dashboard.pdf
Author
Luciano Munoz‑Guillen
CNC Machinist → Data Analytics Transition
Seattle, WA
Focused on aerospace manufacturing analytics, data‑driven process improvement, and building portfolio projects that reflect real production environments.
Last Updated April 17th, 2026
