AWARDS

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A member of ASME; Dooley has been active in the development of the Society;s
codes and standards through service on various committees including the Performance
Test Codes ;PTCs; Standards Committee. He has been a member of PTC ; –; ired Steam
; enerators; PTC ; .; –; as Turbine Heat Recovery Steam ; enerators ;chair; 1; ; 0–2000;
and PTC ; ; –Overall Plant Performance Test ;vice chair; 1; ; ; –200; ; since 1; ; ; ; 1; ; 0
and 1; ; ; ; respectively. He was a liaison for PTC 22–; as Turbines; and he served on
the RAP Standard Committee on Power Plant Reliability; Availability and Performance.
; or the past several years Dooley has coordinated PTC paper sessions for the
ASME Power Conference. He was honored as Engineer of the 1 ear by the Hartford
;Conn.; Section in 200; .
Dooley is also a member of the Association of Energy Engineers ;AEE; and was
recognized as the Region I Energy Efficiency Engineer of the 1 ear in 201; .
He earned his bachelor;s degree in mechanical engineering from Clarkson - niversity
;Potsdam; N.1 .; in 1; ; ; . Dooley is a registered professional engineer in New 1 ork
and Connecticut; and; through AEE; is a certified energy manager.
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THE MARSHALL ; . PETERSON AWARD; established in 1; ; ; ; is given to a young
engineer in recognition of an early-career achievement and for promising research
within the field of tribology.
HARMANDEEP S. KHARE; Ph.D.; manager of research pro;ects; - niversity of
Pennsylvania; Philadelphia; for fundamental; multiscale; in situ research on the tribology
of solid and liCuid lubricants including interfacial tribofilm formation; nanoparticle
additive anti-wear behavior and instrument development; and for active
engagement in the engineering community including organizing research symposia;
providing research mentoring and through public outreach.
Dr. Khare earned his bachelor;s degree in mechanical
engineering from Pan;ab - niversity ;Chandigarh;
India; in 200; . In 201; he earned his Ph.D. in mechanical
engineering from the - niversity of Delaware;
Newark. His doctoral research focused on friction and
wear mechanisms in solid lubricants such as molybdenum
disulfide and polymer nanocomposites; for which
he also designed and fabricated custom instrumentation
for high-temperature and in situ tribometry.
After obtaining his Ph.D.; Khare ;oined the Carpick
Nanotribology ; roup at the - niversity of Pennsylvania;
Philadelphia; as a postdoctoral research associate.
His research at Penn has focused on exploring functional
mechanisms of lubricated nanoscale contacts
using novel in situ atomic force microscopy. In addition
to his research; Khare has volunteered his time to teach an undergraduate course; mentor
numerous undergraduate researchers; lead tribology and STEM ;science; technology;
engineering and mathematics; outreach events; and steer the organization of
several symposia and seminars. He currently serves as manager of research pro;ects
in the lab of Dr. Robert W. Carpick.
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