CRI PUMP PLM System Improvements

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Questions and Answers

What was the main goal of the project for CRI PUMP?

  • Improve the company's manufacturing process
  • Increase the efficiency of the company's engineering team
  • Develop a new system for managing industrial pumps
  • Upgrade the company's PLM system for better BOM management (correct)

What technique was used to ensure data accuracy in the BOMs?

  • Statistical analysis
  • Data mining
  • Machine learning algorithms
  • EKL rules (correct)

Which of the following tools was NOT used in the project?

  • CAD software (correct)
  • JPO scripts
  • Triggers
  • MQL queries

What was the primary challenge addressed by optimizing MQL queries?

<p>Improving system performance (A)</p> Signup and view all the answers

What was the main impact of the project on CRI PUMP?

<p>Reduced errors in BOMs and increased efficiency (C)</p> Signup and view all the answers

Flashcards

PLM system

A system that helps manage the entire lifecycle of a product from idea to retirement.

BOM (Bill of Materials)

A list of all parts and materials needed to make a product.

MQL queries

A type of query used to fetch data within the 3DEXPERIENCE system.

Triggers in workflows

Automated actions that respond to certain events in the system.

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EKL rules

Rules used to ensure data accuracy before it's approved in systems.

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Study Notes

CRI PUMP PLM System Improvement Project

  • Project aimed to improve BOM (Bill of Materials) management in CRI PUMP's PLM system (Product Lifecycle Management).
  • Improved BOM structure in 3DEXPERIENCE platform to meet company standards.
  • Used MQL queries to retrieve data, JPO scripts for part detail checks, and Triggers to automate workflows.
  • Configured part approval processes, ensuring validation steps to prevent errors.
  • Collaborated with engineering team to align system with BOM management needs.

Challenges and Solutions

  • Ensuring data accuracy in BOMs, especially for large assemblies and part numbers, was a major challenge.
  • Implemented EKL rules to validate data prior to approval, ensuring consistency across systems.
  • Used Triggers to update part status automatically and synchronize changes, minimizing errors.
  • Optimized MQL queries to handle large data sets efficiently, improving system performance.

Impact and Outcomes

  • Reduced BOM errors by 40%.
  • Improved workflow automation.
  • Increased project efficiency with faster task completion.
  • Fewer manual interventions, reduced production cycle errors, and saved time.

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