AI-powered ERP Software for the Waste Management and Recycling Industry

Master Thesis Project

2025-2026 Master Thesis Academic Research

Project Description

This project explores the integration of artificial intelligence into enterprise resource planning systems, specifically tailored for the circular economy sector.

This website presents a master thesis on the use of Artificial Intelligence in ERP systems, specialized for the waste management and recycling industry. The project focuses on developing new approaches for the waste management industry and improving business processes through AI.

Project Website: https://enso-recycling.com

Key Features

Three central aspects of the master thesis in the field of AI-powered ERP systems:

Artificial Intelligence

Integration of Machine Learning and AI algorithms to optimize business processes in the waste management industry.

  • Predictive Analytics
  • Automated Decisions
  • OpenAI Integration

ERP System

Enterprise Resource Planning system specifically developed for the complex requirements of the waste management and recycling industry.

  • Laravel 12 Framework
  • Livewire 3 Components
  • MySQL Database

Circular Economy

Focus on sustainable processes and optimization of resource utilization through intelligent ERP solutions.

  • Sustainable Processes
  • Resource Optimization
  • Environmental Monitoring

Technology Stack

Modern technologies for a future-proof ERP solution:

Backend

Laravel 12
Livewire 3
MySQL

Frontend

Bootstrap 5
JavaScript
CSS3

AI & Analytics

OpenAI
Metabase
Grafana

Infrastructure

Hostinger
GitHub
CI/CD

Research Focus

This website serves exclusively for the presentation of a scientific work on the topic "AI-powered ERP Software for the Waste Management and Recycling Industry". All content presented is part of academic research.

Research

Scientific investigation of AI integration in ERP systems

Innovation

Development of new approaches for the waste management industry

Optimization

Improvement of business processes through AI