Brady Wyniemko
Operations Engineer @ 
SpaceX
I specialize in building real-time analytics and incorporating lean six sigma methodologies to enhance the efficiency and performance of complex hardware supply chains.
Most recently, I developed an automated maintenance inspection system for conveyance at 
Amazon. Previously, I optimized 
Meta's R&D supply chain with real-time insights and lean improvements for time and costs savings.
 |
Purdue University ('23) Industrial Engineering Technology, B.S. Supply Chain |
|
SpaceX ('23 - Now) Operations Engineer, Supply Chain Technology |
|
Amazon ('22) Technical Project Manager |
|
|
Meta ('22) Logistics & Trade Operations Data Analytics Intern |
 |
Amway, Supply Chain Analytics ('20 - '21) Global Omnichannel Logistics, Trade, and Procurement |
Programming
Python, Postgres, MSSQL, Tableau, PowerBI, JS, heroku, docker, anaconda, chart.js, flask, react, numpy, pandas, plotly, scikit, scipy, postman, apache spark, dash
Industrial Methodologies
Supply Chain Management, Logistics, Global Trade, Lean Six Sigma Green Belt, Industrial Control Systems, JIT, Inventory Management, SolidWorks, Siemens NX, Oracle ERP/ MRP/ BI, Procurement, Statistical Quality Control, Operations Planning, Strategic Sourcing and Vendor Management
Languages
English (Native), Chinese (Working Proficiency)
Certifications
Lean Six Sigma Green Belt
Data Analytics Specialist
Dean's List
State of Michigan Seal of Biliteracy
Projects
Amazon
Automated Conveyor Maintenance Inspection
Automated conveyor belt inspection system using a ML defect detection algorithm.
Purdue University
Automated Drip-Irrigation System
Created a self-sustaining drip irrigation system providing water to plants in campus gardens based on the presence of moisture in the soil.
Purdue University
Parking Garage Analysis
Analyzed hourly parking utilization and capacity to decrease congestion at peak lots through targeted step changes, improving parking times.
Personal Project
Forecast Evaluation
Calculate forecast accuracy with MSE, MAD, and MAPE. Learn the differences between the different models and their operational effectiveness.
Personal Project
Snake
Written in HTML, JavaScript, and on a grid-based board. The player controls the movement of a snake (WASD) which grows as it collects items.