ME120 Green Sheet - Spring2010_2

ME120 Green Sheet - Spring2010_2 - San Jos State University...

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SJSU ME120 Experimental Methods Spring 2010 A. Mysore Updated: Jan 2010 Page 1 San José State University Department of Mechanical & Aerospace Engineering ME120 - Experimental Methods – Spring-2010 Instructor: Ananda V. Mysore Office Location: E133 Telephone: (408) 306-4537 Email: [email protected] Office Hours: Tuesday 4:30PM to 5:30PM or by Appointment Class Days/Time: Section Code Day Time Room Instructor Lecture 01 21867 Wed 08:00-08:50 ENG 339 Mysore Lab 02 23807 Tue 13:30-16:15 ENG 133 Mysore Lab 03 23808 Mon 17:30-20:15 ENG 133 Mysore Lab 04 23815 Tue 17:30-20:15 ENG 133 Mysore * Lab sections are subject to change, based on enrollment Classroom: E339(Lecture) & E133(Lab) Prerequisites: CE 112, ENGR 100W, ME 111, ME 130 Faculty Web Page and MYSJSU Messaging Copies of the course materials such as the syllabus, major assignment handouts, etc. may be found on my faculty web page at: http://www.sjsu.edu/people/ananda.mysore/ or accessible through the Quick Links>Faculty Web Page links on the SJSU home page. You are responsible for regularly checking with the messaging system through MySJSU (or other communication system as indicated by the instructor). Course Description Theory and practice of experimental methods and sensors for mechanical measurements; statistical and uncertainty analysis; computer-hosted data acquisition, processing and analysis; formal report writing and presentations
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SJSU ME120 Experimental Methods Spring 2010 A. Mysore Updated: Jan 2010 Page 2 Course Goals and Student Learning Objectives 1. Acquire familiarity with a wide variety of manufacturing processes 2. To understand modern engineering experimentation including experiment design, system calibration, data acquisition, analysis and presentation. 3. To develop and apply an understanding of statistical methods to select the best experimental approach to satisfy given requirements of accuracy. 4. To understand how to quantify error and uncertainty in physical measurements. 5. To understand how to apply statistical methods to the analysis and presentation of experimental results. 6. To understand modern data acquisition concepts and requirements. 7. To understand the various categories of mechanical measurements and the sensor technologies that they are based on. 8. To gain hands on experience with modern instrumentation and systems level experimentation. 9. To improve written and oral communication skills, to develop the ability to write engineering reports of high quality, and to improve the student’s ability to function as a member of an engineering team. Student Learning Objectives At the end of the course, the student who has mastered the course material will be able to: 1. Draw a concept map for a generalized measurement system that identifies the most important concepts. 2. Apply basic statistical methods to design experiments, to analyze, and to present the
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ME120 Green Sheet - Spring2010_2 - San Jos State University...

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