Data Science for Sustainability - Web Application for Supply Chain Optimization
Supply Science Supply Science
6.39K subscribers
420 views
0

 Published On Dec 14, 2023

🌳 Discover the future of supply chain management with our in-depth tutorial on the innovative, Sustainable Supply Chain Optimization Web App.

💡 For more information:
Web Application Link: https://cloud.viktor.ai/public/sustai...
Article: https://towardsdatascience.com/create...

🚀 This video guides you through the cutting-edge VIKTOR platform, demonstrating how to integrate cost-effective strategies with environmental responsibility.

👩‍🎓 Dive into data-driven decision-making and explore how to balance cost efficiency with CO2 emission reduction in supply chain networks.

Chapters
00:00 Introduction of the Sustainable Supply Chain Optimization App
00:20 What is Sustainable Supply Chain Optimization?
01:10 Upload Supply Chain Network Design Data
02:45 Supply Chain Network Optimization: Objective Function
03:35 Launch the model and visualize the results

In this tutorial, we cover:

Introduction to Sustainable Supply Chain Optimization
Leveraging Linear Programming for Efficient Network Design
Data Input & Visualization Techniques
Strategic Decision-Making with Objective Function Selection
Comprehensive Result Analysis for Optimized Supply Chain Networks
Practical Examples and User Guide for Easy Application
Stay ahead in the field of supply chain analytics and sustainability. Perfect for supply chain professionals, data scientists, and anyone passionate about leveraging technology for sustainable development.

Join the conversation and share your thoughts in the comments below. Don't forget to like, share, and subscribe for more insightful content on supply chain management and sustainability.

#SupplyChainOptimization #SustainableDevelopment #DataScience #CO2Reduction #CostEfficiency #EnvironmentalSustainability #VIKTORPlatform #LinearProgramming #SupplyChainAnalytics #ESG #GreenSupplyChain

Music I Use: Bensound.com/royalty-free-music
License code: NTWYFMFAIFBFUPV5

show more

Share/Embed