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Automated BPM System for Automotive Service Centers
  1. case
  2. Automated BPM System for Automotive Service Centers

Automated BPM System for Automotive Service Centers

itransition.com
Automotive

Challenge Overview for Automotive Service Automation

The client operates in the automotive industry, managing repair workflows, client data, and invoicing manually due to outdated systems lacking automation capabilities. This manual process results in inefficiencies, delays, and limited client visibility into service statuses. The client aims to modernize operations by automating core workflows, enabling online access for clients, and integrating various business functions to increase efficiency and customer satisfaction.

About the Client

A mid-sized automotive service center specializing in diagnostics, repairs, spare parts, and vehicle management seeking workflow automation and digital customer engagement.

Goals for Implementing an Automated Workflow Solution

  • Reduce manual processing by automating work order creation, assignment, and tracking.
  • Streamline invoicing and payment processes to enhance financial accuracy and timeliness.
  • Provide a customer portal for real-time viewing of work status, vehicle details, and invoice retrieval.
  • Enhance operational control through a customizable system managing vehicle profiles, appointments, inventory, and procurement.
  • Improve reporting capabilities for financials, employee work hours, and service performance metrics.
  • Achieve a significant reduction in workflow processing time and an improvement in client communication experience.

Core Functional Specifications for the Automotive BPM System

  • Vehicle profile management including details like model, engine, transmission, registration, and mileage.
  • Work order processing with creation, updates, and status tracking linked to specific vehicles and clients.
  • Scheduling and calendar integration for appointments and work order deadlines.
  • Invoicing module capable of generating and sending invoices automatically based on completed work orders, with support for PDF and print formats.
  • Customer portal for clients to view their service history, vehicle info, and invoices.
  • Inventory and procurement management for spare parts and service materials.
  • Role-based user management for service managers, technicians, clients, and administrators.
  • Communication tools including automated reminders and messaging for team collaboration.
  • Reporting modules for sales, purchases, employee hours, and financial summaries.
  • Custom fields to track vehicle-specific data (e.g., odometer readings, service intervals).
  • Payment processing and refund management with audit trail.
  • Integration with email systems to ensure reliable communication and spam prevention.

Technology Stack and Architecture Preferences

Modular BPM platform architecture supporting customization and scalability.
Relational database system such as PostgreSQL.
Web server infrastructure, e.g., Apache HTTP Server.
Cloud deployment on scalable infrastructure (e.g., AWS EC2).
Containerization tools like Docker Compose for environment configuration.
Secure email communication protocols with spam and forgery detection.

Essential External System Integrations

  • Payment gateways for processing client invoices and refunds.
  • Email服务 for automated notifications, reminders, and correspondence.
  • Inventory and procurement systems to sync product data and purchase orders.
  • Vehicle data sources or third-party APIs for vehicle service history, if applicable.

Performance, Security, and Usability Standards

  • System should support concurrent access for at least 50 users with minimal latency.
  • Automated email reminders and notifications to be delivered within 1 minute of trigger.
  • Data security compliant with industry standards, including encryption of sensitive data.
  • Scalability to accommodate 25% growth in business volume annually.
  • High availability with 99.9% uptime guarantee.

Expected Business Outcomes and Benefits

Implementation of this BPM system aims to automate 80% of manual workflows, significantly reducing process times, enhancing customer experience through online portals and real-time updates, and improving financial management with automated invoicing and reporting. The project is expected to streamline operations, reduce errors, and enable better resource allocation, resulting in higher customer satisfaction and potential revenue growth.

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