Instrumentation Design

3e66f35d460b83db162b3fde97056bae
Click here

5 Months - 120 Hrs

3 Alternative days/ week

09:30 pm-11:30 pm

Eligibility :-B.Tech / Diploma in Instrumentation, Electrical, or Electronics Engineering

Course Overview

Our Instrumentation Design course is tailored to prepare you for a successful career in instrumentation engineering, particularly within the oil, gas, and process industries. The program combines theoretical knowledge with practical, hands-on training using leading design software to help you meet industry requirements.

  • Module 1: Introduction to SmartPlant Instrumentation (SPI)
  • Overview of SmartPlant Instrumentation (SPI/IN Tools) software.
  • Understanding key features and benefits.
  • Navigating the user interface for efficient project management.
  • Module 2: Instrument Index and Data Input
  • Creating and managing an instrument index.
  • Entering, editing, and organizing instrument data efficiently.
  • Importing and exporting instrument data for seamless workflow integration.
  • Module 3: Instrument Specification Sheets
  • Learn how to create and customize instrument specification sheets.
  • Specifying important data like tag numbers, instrument types, and ratings.
  • Generating comprehensive instrument datasheets.
  • Module 4: Instrument Loop Diagrams
  • Master the creation of instrument loop diagrams.
  • Learn how to place and connect instruments within the loop.
  • Managing interconnections and ensuring system efficiency.
  • Module 5: Wiring and Termination Diagrams
  • Develop wiring and termination diagrams for different instruments.
  • Learn the details of wiring connections and report generation.
  • Practice creating accurate wiring layouts and diagrams.
  • Module 6: Instrument Calibration and Maintenance
  • Manage instrument calibration data and track performance.
  • Scheduling and tracking instrument maintenance.
  • Generate calibration and maintenance reports for audit and efficiency.
  • Module 7: Instrumentation Design Verification
  • Perform design verification checks to ensure system accuracy.
  • Identifying and resolving design inconsistencies or errors.
  • Reviewing and approving design changes for seamless project updates.
  • Module 8: Integration with Other Systems
  • Learn how to integrate instrumentation design with other engineering disciplines like piping and electrical systems.
  • Practice data exchange and interoperability with other tools and platforms.
  • Module 9: Project Collaboration and Documentation
  • Collaborate in multi-user environments, ensuring project efficiency.
  • Manage project documentation and revisions for smooth transitions between design phases.
  • Generate project reports and complete documentation packages.
  • Module 10: Advanced Topics (Optional)
  • Explore advanced customization and configuration within SPI.
  • Troubleshoot common issues and errors in instrumentation design.
  • Learn best practices for optimizing instrumentation workflows.