Leading Automotive Manufacturer — MES Implementation for Rockwell Automation

Delivering Multi-Functionality MES for a Rockwell Automation Implementation

QAS leveraged its manufacturing and technology expertise to deliver a Manufacturing Execution System (MES) solution with multiple functionalities for Rockwell Automation, supporting their MES implementation and ongoing support for a leading automotive manufacturer in India. Automotive production environments typically run multiple models and high-mix schedules simultaneously, meaning production planning, resource allocation, and material management all needed to stay tightly synchronized across shifts and lines.

Disconnected Planning and Shop-Floor Execution

Before this MES deployment, production planning decisions were made with limited real-time feedback from the shop floor — resource management, material management, and personnel management operated as separate functions rather than a connected system, creating gaps between what was planned and what was actually happening on the line.

A Focused but Deep Functional Scope

The engagement required coordinated delivery across 6 core MES functional areas — from Production Planning to Data Collection — each demanding close integration with the client's existing automotive manufacturing processes and Rockwell-based control systems already in place on the floor.

6 Core MES Functionalities Delivered

The solution covered the full MES functionality wheel: Production Planning, Resource Management, Material Management, Personnel Management, Data Collection, Information Management, and Quality Management. Together, these modules connected planning directly to execution — giving plant leadership a single operational view spanning what was planned, what resources and materials were available, and what was actually happening on the shop floor in real time.

Built on a Proven Rockwell Automation Technology Stack

The implementation was built using JAVA/J2EE, FTPC (Rockwell), SQL/FTTM, Vantage Point, RS Logix 5000, Kepware OPC Client, and Link Master — giving the client a smart manufacturing backbone fully aligned with Rockwell's ecosystem. This shared technology foundation meant the MES could integrate cleanly with the client's existing automotive line controllers without requiring a parallel automation stack.

A Lean, Focused Delivery Team

A team of 4 to 5 QAS engineers was deployed across onsite and offshore delivery models, sustaining a partnership with the client that has continued for over 2 years. The smaller team size reflects a tightly scoped, high-efficiency engagement model — proving that a focused MES rollout doesn't require a large team when the functional scope and technology stack are well matched to the client's needs.

Structured for Long-Term Support, Not Just Go-Live

Beyond the initial build, QAS structured the engagement to include ongoing MES support — ensuring the client had continuous access to the same team that understood the system's architecture, rather than a disconnected handoff after launch. This continuity has supported the relationship through its second year and counting.

From Planning Gaps to Connected Execution

The MES deployment closed the gap between production planning and shop-floor execution — giving the client real-time visibility into resource, material, and personnel status alongside production plans, enabling faster and more informed scheduling decisions across the automotive manufacturing line.

Measurable Gains Across Manufacturing and Supply Chain

With smart manufacturing automation, real-time production monitoring, and supply chain and inventory optimization built into the system, the client moved from reactive scheduling to proactive, data-driven planning — supporting predictive maintenance and downtime reduction alongside stronger regulatory compliance and traceability.

A Growing Digital Transformation Partnership

Two-plus years into the engagement, this MES implementation demonstrates QAS's ability to deliver focused, high-impact Rockwell Automation solutions for the automotive manufacturing sector — proving that Industry 4.0 smart manufacturing outcomes are achievable with a lean, well-aligned delivery team as much as with a larger one.