Graduate Researcher and Ph.D. Candidate at Univ. of Washington
Greater Seattle Area
Graduate Researcher and Ph.D. Candidate at Univ. of Washington
Greater Seattle Area
Sensor Systems, MEMS, Industrial Automation, Process Monitoring, Non Destructive Testing, Energy Efficiency, and R&D
(Educational Institution; 10,001 or more employees; Higher Education industry)
October 2006 — Present (2 years 10 months)
Played the lead role in starting, structuring, staffing and operation of the center at UWEE; Lead a team of 3 graduate and 5 undergraduate students; Made significant contributions during the proposal writing phase; Represented UW at the national meeting for the centers
(Educational Institution; 10,001 or more employees; Research industry)
March 2002 — Present (7 years 5 months)
Developed and optimized sensing systems for measuring physical properties of materials for industrial applications; Conducted feasibility studies for various applications including bio materials, organic matrices, food products, pharmaceutical and composites; Assisted in writing proposals; Interacted directly with industrial collaborators; Supervised a team of 5 undergraduate researchers, 1 graduate student, and 2 visiting professor.
(Privately Held; 1-10 employees; Industrial Automation industry)
June 2007 — September 2007 (4 months)
Developed sensors and associated systems for sensing properties of food products; co-wrote a NSF SBIR proposal for renewed funding; directly interacted with other industrial partners to explore opportunities for product development
(Public Company; 10,001 or more employees; INTL; Research industry)
June 2004 — December 2005 (1 year 7 months)
Designed, and fabricated a self powered micro motion sensor for embedding in RFID tags for human activity inferencing. The MEMS based sensor design is a hybrid electro-mechanical system. Developed first order models for the mechanical behavior of the sensor. The work resulted in two patent disclosures, and one patent application.
(Educational Institution; 1001-5000 employees; Higher Education industry)
September 2001 — March 2002 (7 months)
Designed, optimized, and implemented a testing system for micro pumps; Designed a magnetic actuator, the associated control circuitry, and monitoring software; Involved in the development of magnetic membranes, three dimensional chambers; Acquired basic familiarity with plasma enhanced chemical vapor deposition, electron microscopy (SEM), diffusion, and etching (RIE).
Ph.D. , Electrical Engineering , 2003 — 2008
M.S. , Electrical Engineering , 2002 — 2003
B. Engg. , Electrical and Electronics Engineering , 1997 — 2001
Leadership Training, New Technology, Entrepreneurship, Sensors, NDT
IEEE, Leadership Institute for Tomorrow, SPIE, UW Science & Engineering Business Association
• 2008 UW Electric Energy Industrial Consortium’s Research Poster Award, 3rd Place, Graduate Category
• 2006 UW Electric Energy Industrial Consortium’s Research Poster Award, 2nd Place, Graduate Category
• IEEE Dielectric and Electrical Insulations Society’s Graduate Fellowship
• Student grant to attend the Eighteenth International Forum Process Analytical Chemistry
• IEEE Travel Grant awarded to attend IEEE Sensors Conference
• Chairman’s special mention and Best student award
• 7 “Gold Rings” for academic excellence