Last updated Tue, 28-Oct-2025

Outcomes:

Last updated Wed, 29-Oct-2025

Outcomes:

• Confidence in CLD exam!

Last updated Wed, 15-Oct-2025

Outcomes:

Last updated Wed, 15-Oct-2025

Outcomes:

• ✅ 1. Understand the TestStand Architecture Describe the core components of NI TestStand Explain how TestStand integrates with external code (e.g., LabVIEW, C/C++, Python) Understand the role of the sequence editor and run-time engine ✅ 2. Create and Execute Test Sequences Build basic and multi-step sequences Add and configure different step types (e.g., numeric limits, pass/fail, action steps) Use preconditions, flow control, and looping to control sequence logic Execute sequences manually or programmatically ✅ 3. Work with Variables and Expressions Define and use local, file-level, and station global variables Use expressions to control execution flow and evaluate test results ✅ 4. Debug and Troubleshoot Test Sequences Use breakpoints, single-stepping, and watch windows Analyze runtime errors and fix common sequence issues ✅ 5. Generate and Customize Reports Enable automatic report generation Customize the format (e.g., HTML, XML, ATML, TXT) Log test data to files or databases ✅ 6. Integrate External Code Modules Call LabVIEW VIs, DLLs, or scripts from Python/C++ Pass data between TestStand and external code modules ✅ 7. Use Process Models (Introductory Level) Understand the basics of the built-in TestStand process models (e.g., Sequential, Batch) Execute sequences using a process model ✅ 8. Prepare for Deployment (Overview Level) Understand basic deployment concepts for sharing sequences Export a sequence for use on another system ✅ 9. Apply Best Practices Follow naming conventions and documentation standards Reuse and modularize code and sequences Use TestStand features efficiently to reduce development time ✅ 10. Boost Career Readiness Gain skills relevant to automation and test roles in electronics, aerospace, automotive, and other industries Be prepared to support or develop automated test systems in a professional environment

Last updated Thu, 09-Oct-2025

Outcomes:

• Course Outcomes By the end of this course, participants will be able to: Understand LabVIEW fundamentals – Explain the structure, interface, and dataflow principles of the LabVIEW graphical programming environment. Develop Virtual Instruments (VIs) – Design, build, and test simple LabVIEW programs for measurement and automation tasks. Implement programming structures – Use loops, case structures, arrays, and clusters effectively in LabVIEW applications. Perform data acquisition and analysis – Configure data acquisition hardware, collect signals, and analyze real-time data. Visualize and manage data – Create user-friendly front panels with charts, graphs, and indicators for monitoring and control. Apply modular programming concepts – Develop and use subVIs to create reusable, well-organized LabVIEW code. Handle file I/O and reporting – Log data to files and generate simple reports from LabVIEW applications. Troubleshoot and debug VIs – Identify and resolve common programming and dataflow issues. Integrate LabVIEW into real-world systems – Demonstrate how LabVIEW can be used in laboratory, industrial, or research environments.