Your data is sitting on millions in untapped value. See how much you're missing-right now.

Modernizing Model-based System Engineering for a North American Machinery Manufacturing Firm

About Client

  • A legacy industrial machinery manufacturer in North America with over $2.5B in annual revenue.
  • Specializing in precision equipment for aerospace, automotive, and heavy engineering industries, the company has a strong foundation with trusted clientele across the globe.

Problem STATEMENT

During our initial meetings with the client, they shared 4 Major key challenges that were affecting their business:

  • Disconnected Models & Factory Data: MBSE tools like Siemens Teamcenter and IBM Rhapsody weren’t connected to real-time manufacturing data, making it hard to validate designs against actual shop floor performance.
  • Fragmented Systems & Siloed Data: Key information was scattered across CAD, PLM, ERP, MES, SCADA, and IoT platforms, creating gaps in the digital thread and limiting cross-functional visibility.
  • Slow Design Iterations: Without real-time feedback, design teams had to rely on delayed or incomplete insights, slowing down prototyping and production tweaks.
  • Compliance & Traceability Gaps: Manual reporting processes made audit preparation time-consuming and error-prone, especially with no automated traceability from design to delivery.

Solution

The project involved designing and implementing a scalable Azure architecture to create an end-to-end digital thread between MBSE models and real-world operations. In the process, our experts with their internal tech team established: 

Data Integration & Storage

  • Our team used Azure Data Factory to pull in data from a variety of engineering and manufacturing systems—including MBSE tools, CAD files, PLM, ERP, MES, SCADA, and IoT sensors—into a unified pipeline.
  • We centralized all structured and unstructured data into Azure Data Lake Storage Gen2, creating a scalable and secure repository. Real-time equipment data was captured using Azure IoT Hub and Event Hubs, enabling continuous factory-floor visibility.

Data Processing & Engineering Analytics

  • We built powerful data transformation and analysis workflows using Azure Synapse Analytics, allowing engineers to validate MBSE models against real-world production data. 
  • For deeper insights, we used Databricks to run AI/ML models that could compare simulated system behaviors with actual performance metrics. 

Dashboards & Visualization (Power BI)

To ensure data-driven action across teams, we created interactive Power BI dashboards:

  • Designed dashboards to track iteration cycles, validation outcomes, and failure patterns.
  • Manufacturing dashboards were implemented to monitor machine health, defect rates, and production cycles.
  • Compliance dashboards were created to automate traceability reports and track regulatory metrics in real time.

AI-Driven MBSE Optimization

  • Using Azure Machine Learning, we implemented predictive models that helped in forecasting system failures, optimizing performance, and identifying design bottlenecks early. 
  • We also used Azure Cognitive Services to automate compliance documentation, saving time and reducing manual errors.

Technical Implementation

  • Data Integration: Connected MBSE tools, CAD, PLM, ERP, MES, and IoT systems using Azure Data Factory and APIs for streamlined ingestion.
  • Storage: Used Azure Data Lake Gen2 and Blob Storage to store and manage structured/unstructured data securely and at scale.
  • Real-Time Pipeline: Built a model validation framework with Azure Synapse Analytics and Event Hubs for real-time data processing.
  • AI-Powered Modeling: Deployed Azure ML, AutoML, and Cognitive Services to optimize systems and predict failures.
  • Dashboards: Created interactive Power BI reports for engineering, operations, and compliance teams to support decision-making.

Security & Compliance: Applied Azure Policy, RBAC, and data encryption to maintain compliance and safeguard all data.

Technical Architecture

Business Impact

  • Design Validation Time Cut by Half: Reduced design validation cycles from 6–8 days to just 3–4 days, enabling faster product iterations and quicker time-to-market.
  • Downtime Reduced by 3 Hours Monthly: Predictive analytics brought down unplanned equipment downtime from 10 hours/month to 7 hours/month, directly improving production output.
  • MBSE Insights in Minutes, Not Days: Engineering teams now get model-to-factory insights within 2–3 hours, compared to the earlier 2-day wait, accelerating design and production alignment.
  • Compliance Made Click-Simple: Replaced manual report compilation with automated audit trails, cutting 90% of manual work and achieving full traceability for regulatory audits.

By bringing together Azure’s data engineering, AI/ML, and Power BI tools, our team at DataToBiz helped the client build a real-time, MBSE-backed digital twin. This shift not only made their product development faster and smarter but also improved system reliability and simplified compliance. 

Drop Your Business Concern

Briefly describe the challenges you’re facing, and we’ll offer relevant insights, resources, or a quote.

Ankush

Business Development Head
Discussing Tailored Business Solutions

DMCA.com Protection Status