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Development of an Automated ERP System for Construction Waste Management and Logistics Optimization
  1. case
  2. Development of an Automated ERP System for Construction Waste Management and Logistics Optimization

Development of an Automated ERP System for Construction Waste Management and Logistics Optimization

moravio.com
Logistics
Supply Chain
Construction

Identified Challenges in Logistics and Waste Process Automation

The client faces inefficiencies and manual tracking issues in managing fuel distribution logistics and is looking to extend their existing ERP system to include construction waste process tracking, aiming to improve operational transparency, reduce manual errors, and optimize throughput in their logistics operations.

About the Client

A medium to large logistics and supply chain company specializing in fuel distribution and expanding into construction waste sales and recycling process tracking.

Goals for Enhancing Logistics and Waste Management Processes

  • Develop an integrated ERP solution to automate and optimize the coordination of fuel orders, deliveries, and waste processing workflows.
  • Implement process tracking modules for construction waste sales, with real-time data collection and process monitoring.
  • Reduce manual intervention, errors, and delays in logistics operations.
  • Increase accuracy and efficiency of order management and process tracking, aiming for on-time scheduling and cost estimations within established budgets.
  • Enhance reporting and analytics capabilities to support decision-making and operational overview.

Core Functional Features for Logistics and Waste Process Automation

  • Order Management Module capturing, validating, and processing fuel and construction waste orders.
  • Automated Scheduling System for dispatching freight trucks, coal wagons, and waste transportation based on order data and resource availability.
  • Real-time process tracking for both fuel logistics and construction waste sales, including pickup, processing, and delivery stages.
  • Reporting Dashboard providing key metrics on scheduling efficiency, costs, quality of service, and process compliance.
  • Integration with existing internal logistics and warehouse management systems for seamless data flow.

Recommended Technologies and Architectural Approaches

Modern ERP system architecture
Cloud-based deployment
Real-time data processing platforms
API-driven integrations

External System and Data Source Integrations Needed

  • Existing internal logistics and warehouse management systems
  • Transportation and delivery tracking systems
  • Construction waste process data sources

Critical Non-Functional System Attributes

  • Scalability to support increased transaction volume as operations grow
  • High system availability with minimal downtime, targeting 99.9% uptime
  • Data security compliance, especially for operational data and process tracking
  • Performance metrics ensuring real-time updates with minimal latency

Expected Business Impacts and Efficiency Gains

The implementation of an automated ERP system with integrated process tracking is projected to improve scheduling timeliness and cost control, achieving on-time delivery rates and within-estimate project costs. The enhanced visibility and automation capabilities aim to bolster operational efficiency, reduce manual errors, and provide actionable insights, leading to increased customer satisfaction and competitive advantage.

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