Standardized Linear Motion Test Platform
Overview:
During my internship as a Mechanical Design Engineer within ASML's Test and Measurement Facilities team, I undertook the responsibility of designing and delivering a Standardized Linear Motion test platform. The objective was to enhance the team's overall proficiency and diminish the necessity of designing, building and qualifying specific test equipment for individual test inquiries that require linear motion.
Design*
Assembly CAD
Design breakdown
*The detailed description of the design process can be found in the Internship Summary Presentation linked below.
Task 2: Designing an Adaptor for a Vibration Test
Overview: I was tasked with designing an adaptor for a vibration test request to the TMF team. The adaptor must be compatible with the TMF's vibration test machine. The design must be versatile and robust enough to enable testing in three axes: Z (vertical) and X, Y (horizontal).
Design Process:
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Conceptualization: Initial sketches and CAD models were created, focusing on the adaptor's compatibility with the vibration test machine and its ability to support testing in three dimensions.
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Material Selection and Analysis: materials for durability and conducted structural analysis to ensure the adaptor could withstand various vibrational stresses.
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Prototyping and Testing: A prototype was built and tested for performance, with iterative improvements made based on the test results.
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Finalization and Documentation: The final design was completed, with detailed documentation of the design specifications and test outcomes prepared for the TMF team.
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Implementation: The adaptor was integrated with the vibration test machine and underwent final testing to ensure its functionality and reliability in different test scenarios.
Design:
Adaptor CAD
