College of Engineering University of Wisconsin-Madison
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BME MONITOR: The Biomedical Engineering Department Newsletter

 

Fall/Winter 2005
Featured articles

Department receives W.H. Coulter tran slational partnership award in BME

Unlocking the brain

Learning clinical research

Microfluidics offers new portals for discovery

It's no shock: Tasers may be safer than bullets

Teaching clinic-based neuroengineering

Biology and engineering at UW-Madison: A student's landscape

Yongmin Kim receives College of Engineering Distinguished Achievement Award on Oct. 21, 2005


Regular Features

Message from the chair

Faculty news

In the news

Student news

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Yongmin Kim receives College of Engineering Distinguished Achievement Award on Oct. 21

Yongmin Kim

Yongmin Kim
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Decorative initial cap For Yongmin Kim (MS '79, PhD '82), it's highly satisfying to see the technologies he and his students have developed, including low-cost computer chips and faster, less expensive ultrasound machines, implemented in clinical environments and making a difference in the quality of patients' diagnoses and care. But even more rewarding, he says, is watching the undergraduate and graduate students he has trained graduate with maturity and readiness to contribute to society.

A professor of bioengineering and electrical engineering and chair of bioengineering at the University of Washington, Kim earned his bachelor's degree in electronics engineering from Seoul National University and his master's and PhD degrees from UW-Madison.

As a child, he became interested in using engineering technologies to improve the quality of people's lives — and when he arrived at UW-Madison, he found a number of engineering faculty members working on biomedical engineering problems. The decision to apply his electrical engineering background in that way, he says, was easy — thanks in part to the training and mentoring he received from Professors Willis Tompkins and John Webster.

Today, Kim is an internationally renowned scholar and innovator in high-performance programmable- processor architecture, image processing, and systems for multimedia and medical imaging. He regularly transforms basic research into state-of-the-art products, including Hitachi's MAP processor and two Texas Instruments multimedia video processor chips that can simultaneously handle both moving television images and CD-quality audio signals. His research has resulted in 23 commercial licenses and more than 70 patents or patents pending.

He is president of the Institute of Electrical and Electronics Engineers (IEEE) Engineering in Medicine and Biology Society and a fellow of the American Institute of Medical and Biological Engineering and of IEEE. Among Kim's research grants are $10 million in Whitaker Foundation funding for bioengineering in the 21st century and $14 million from the National Science and Technology Board for the Singapore-University of Washington Alliance in Bioengineering.

He and his wife, Ellen, of 29 years, enjoy traveling throughout the United States and the world. They have three children: Janice, in her final year of medical school; Christine, a researcher at Massachusetts General Hospital; and Daniel, a college freshman.



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Copyright 2005 The Board of Regents of the University of Wisconsin System

Date last modified: 22-Dec-2005
Date created: 22-Dec-2005

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