AWARDS
1PNHXaA
1PNHXaA
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
! !!!-a-! ! e)!e-.!!!<br />
!9n0/2/ !9n9/39nal ! /-2an3-al n13n//29 !an?0a->?9al/n>!<br />
an. l30/l9n1 !/9 !!! an. 9>2/< :3/!!<br />
For nearly ; 0 years Dr. Kapoor has been making<br />
extraordinary and pioneering contributions to manufacturing<br />
engineering through his published scholarly<br />
literature; technical writing; research; teaching; and<br />
service in the engineering community.<br />
Kapoor has been with the - niversity of Illinois at<br />
- rbana-Champaign ;- I- C; since 1; 7; and is currently<br />
; rayce Wicall ; authier chair in mechanical science and<br />
engineering. Among his prior positions; he was director<br />
of the College of Engineering;s manufacturing engineering<br />
education program ;1; ; ; –2010; and - I- C;s<br />
Manufacturing Research Center ;1; ; 5–2012;. He has<br />
maintained an active research and graduate education<br />
program in the areas of modeling of manufacturing<br />
systems and Cuality engineering.<br />
Kapoor also served as director of the National Science Foundation;s ;NSF; Industry;<br />
- niversity Cooperative Research Center for Machine Tool Systems Research ;1; ; ; –<br />
200; ;. The center;s research focused on agile; flexible machining and machine-tool<br />
systems; machine tool system planning and control; and machining process development<br />
and innovation. This led to advances in mechanistic machining process models<br />
that - I- C is renowned for. The modeling work; when implemented in software; is<br />
detailed enough to design machines and machined parts; and is used by researchers<br />
in academe and industry as well as by educational institutions in the training of manufacturing<br />
engineers.<br />
His work on the micro; mesoscale manufacturing factory of the future has set a<br />
significant milestone in the micro and precision machine tool design arena. Kapoor;<br />
his colleagues and his students have been pioneers in understanding the physics of<br />
microcutting and developing models to predict the machining performance of<br />
microscale systems. ; ased on their success in designing micro-machine tools; two of<br />
his students started a company in 2005 that now employs more than two dozen engineers<br />
to design and build a variety of these tool products.<br />
Kapoor has published more than ; 50 ;ournal and conference papers; which are continually<br />
referenced by practitioners in academia and industry. He has authored;<br />
co-authored many book chapters; given numerous invited presentations; both<br />
academic and industrial; and given keynote; plenary addresses at ma;or international<br />
conferences. He holds several patents.<br />
An ASME Fellow; Kapoor ;oined the Society;s Technical Committee on Publications<br />
and Communications in 200; and has been serving as chair since 2011. The committee;<br />
working with fellow editors and publication staff; has added value; both financial and<br />
intellectual; to ASME;s publication portfolio. Earlier Kapoor served as chair ;1; ; 2–; ; ;<br />
of the Manufacturing Engineering Division ;MED;; member-at-large on the Manufacturing<br />
Operating ; oard ;1; ; ; –; 5; and vice president for the manufacturing technical<br />
group on ASME;s Council on Engineering ;1; ; ; –; ; ;. Kapoor;s countless contributions<br />
include two changes that strengthened ASME;s leadership position in manufacturing<br />
engineering. He developed and implemented the plan that changed the name of the<br />
;<br />
!-9n>3n?/.!