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ME 285 Session 1 Introduction

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ME285 Lecture Spring 2015

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  • ME 285 Session 1

    Introduction

  • Overview

    1/28/20152

    Roll call and student introduction

    Instructor introduction

    Syllabus and course flow

    What is mechatronics, and why is it important?

    Concept map

    Review of basic electronics

  • What is Mechatronics?

    1/28/20153

    Synergistic integration of: Electromechanical systems Electronic systems Control systems Software

    Synergistic Sum greater than the parts

    Integration Fusion into a system

    Result Systems that are more:

    Capable and adaptable

    Versatile and robust

    Cost effective

    http://multimechatronics.com/images/uploads/pictures/Mechatronic_Text.png

    Kevin Craigs Diagram

  • Electromechanical vs Mechatronic

    1/28/20154

    My dishwasher

    Its electromechanical,but

    is it mechatronic?

    Consider

  • Other Examples and Application Areas

    1/28/20155

    Automotive

    Huge driver

    Biotechnology and health care

    Consumer products

    Military

    Manufacturing (in general)

    Semiconductor fabrication and inspection

    and beyond!!

  • Mechatronics in Automotive Applications

    2005 DARPA Grand Challenge

    150 miles off-road Autonomous

    Consumer automotive

    Engine control Braking and traction control Safety systems Infotainment and much, much more!!

    1/28/20156

  • Mechatronics in Healthcare

    http://www.accuray.com/

    http://www.intuitivesurgical.com/company/media/images/systems-si/Si_0185_%20two_male_surgeons_lookin_in_sm.jpg

    da Vinci Si HD Surgical System

    1/28/20157

  • Mechatronics in Consumer Products

    1/28/20158

    SawStop smart tablesaw (www.sawstop.com) Electrical signal applied to blade

    DSP monitors signal

    Signal changes if flesh touchesblade

    Stop mechanism activated within3-5 ms via fuseable link and spring

    http://www.sawstop.com/howitworks/sawstop_whitepaper.pdf

    http://www.sawstop.com/support/videos.php?watch=/files/video

    /Inside_Look.flv

  • Mechatronics in the Military

    1/28/20159

    Robots

    Recon

    Mine detection

    Rescue

    Unmanned Aerial Vehicles

    http://www.designnews.com/articles/blog/1450000

    545/20080427/SWORDS2.jpg

    http://en.wikipedia.org/wiki/File:Predator_and_Hellfire.jpg

  • Mechatronics in Manufacturing

    1/28/201510

    Robots

    Machining centers

    High volume

    production equipment

    Chip manufacturing

    http://www.kla-tencor.com/images/product_images/hrp350.gif

    http://www.sea.siemens.com/us/internet-

    dms/dt/DrivesSolutions/DrivesSolutions/Docs_IndustrySolutions/IND-Glass-SS-Max_Precision.pdf

  • Mechatronics Concept Map

    System to

    Control

    Sensor

    Signal

    Conditioning

    Controller(Hardware & Software)

    Power

    Interface

    Actuator

    User

    InterfacePower

    Source

    BJ Furman 22JAN2011

    ME 106

    ME 154

    ME 157

    ME 195

    ME 120

    ME 284

    ME 106

    ME 120

    ME 30

    ME 106

    ME 190

    ME 187

    ME 110

    ME 136

    ME 154

    ME 157

    ME 182

    ME 189

    ME 195

    ME 106

    ME 120

    ME 106

    INTEGRATION

    1/28/201511

  • Insightful Quotations about Mechatronics

    1/28/201512

    Successful mechanical engineers today simply have to be comfortable with electronics. It's become such an integral part of the motion-control world that it can't be ignored; it can't be left for the EEs to take care of, either

    Dan Jones, motion control consultant

    from Back to Motor School, ME Magazine December 2003.

    Mechanical engineers are often at a loss to communicate and understand the issues electrical engineers and the software specialists bring up [at meetings of interdisciplinary product teams]. The idea is to get rid of uncertainties associated with electronics and computers. We want to develop people who are comfortable making the necessary trade-offs among a wide range of approaches based on the given design constraints.

    Ed Carryer, Stanford University

    from Getting a Hold on Mechatronics, ME Magazine, May 1997.

  • My Background Education

    University of Tehran BSME 2000

    University of Toronto MSME 2003

    Georgia Tech MS in Mathematics

    MS in ECE

    PhD in ME

    Industry experience Idaho National Laboratory:

    Laser Ultrasound

    Materials Characterization

    Process Modelling

    Google [x] Lab: Project Glass

    Nest and Various other projects

    Back

    13 1/28/2015

  • For More Information

    1/28/201514

    Getting a Hold on Mechatronicshttp://www.engr.sjsu.edu/bjfurman/courses/ME106/ME106pdf/ME_may97_article.pdf

    Global Trends and Best Practices in Mechatronics Product Lifecycle

    Management, http://memagazine.asme.org/Web/Global_Trends_Best_Practices.cfm?PrintPage=yes

    Back to Motor School, ME Magazine December 2003, http://memagazine.asme.org/Articles/2003/December/Back_Motor_School_2.cfm?PrintPage=yes

    Kevin Craigs Design News Articles, http://multimechatronics.com/designnews.php

    Who Owns Mechatronics?, http://memagazine.asme.org/Articles/2008/June/Owns_Mechatronics.cfm?PrintPage=yes

    http://www.engr.sjsu.edu/bjfurman/courses/ME106/ME106courseinfoS11.htm

    http://gk12.poly.edu/amps-cbri/html/resources/links.html