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Russ and Carole Lefevre in Patagonia.


03.08

On 2008 IEEE-USA President Russ Lefevre

By Georgia C. Stelluto

Q

Tell us a little about yourself and your family, Russ.

A

My wife Carole and I were both born in a small town in northeast North Dakota. I had a fairly uneventful childhood that changed significantly after the 8th grade. I had started playing saxophone when I was in the 5th grade, and was playing baritone sax in the high school band. Between the 8th and 9th grade, I was promoted to the City Band. That year, the band marched in the Rose Parade in Pasadena, California. I was the youngest person on the trip and was designated a substitute so I didn’t march. However, this was just the first of many trips from the 9th grade through my 5th year of college. We went back to the Rose Parade two years later and this time I marched. We also went to the Orange Bowl twice, New Orleans Mardi Gras twice, St Paul Winter Carnival, Calgary Stampede and numerous local events.

My saxophone playing led to another important activity. When I was in the 9th grade, a friend who was in the 12th grade formed a dance band. I played my first dance job at age 14. We started calling ourselves the Rhythm Rascals but that didn’t last long. I played in that band until I left college. In fact, I worked part of my way through college playing tenor sax.

I went to the University of North Dakota and majored in physics, receiving a BS and MS. I played football as a freshman but early in my sophomore year I had to make a choice football practice or physics lab. This was a choice between the NFL and making a living in technology. I think I made the right choice.

After receiving my MS, I went into the Army through ROTC. I became an electronic intelligence officer and served in Korea long after hostilities had ceased. I was discharged and went to graduate school at the University of Michigan. After a year at Michigan, the President called up the reserves and I spent another year in the Army. Following my second discharge, I had a wife and a one-year-old child, and had never held a job longer than 3 months in my life.

I proceeded to look for a permanent job and was hired by Hughes Aircraft to work on radar systems. It soon became apparent that as good as my degrees in physics were as preparation, I didn’t have a clue about many engineering technologies. So I began to take undergraduate and graduate engineering courses at UCLA. This lasted for several years until I realized that if I took one more course, I would have met the course requirements for a Ph.D. in Control Systems. I took that course, passed the written and oral exams and a German language exam, and started to work on a dissertation. My dissertation advisor moved to UC Santa Barbara and I started a three-year process of driving to Santa Barbara from Los Angeles every Wednesday. At the end, I received the Ph. D. from UC Santa Barbara.

I have been involved in the IEEE for over 30 years as a member of the Aerospace and Electronic Systems Society. If a person is a radar engineer it’s almost expected that you belong to the AESS. The annual radar conference is one of the best networking events I have ever known. I held several positions in AESS and became president in 2002. I went on to become Vice President Technology Policy of IEEE-USA and held that position for three years until I was elected to be the incoming President of IEEE-USA.

Q

What is your greatest hope for your year as President of IEEE-USA in 2008?

A

I want the members to be made more aware of the programs and activities that IEEE-USA carries out on their behalf. I am especially hopeful that new ways of communicating will enable us to reach our members more easily with information they want and need. I hope to use new methods of reaching members that are being looked at by our Vice President Communications, Paul Kostek. I also plan to use a blog to make information readily available to all.

Q

What is your idea of perfect happiness?

A

I’m not sure how to address [this question] directly, but I will use this to describe an experience that made a significant difference in my life. In 2001, I became an IEEE-USA Congressional Fellow and served for a year as a scientific advisor to Senator Jay Rockefeller of West Virginia. During that year I had a series of great experiences. The most important is that I became the Senate staffer on the National Science Foundation Math/Science Partnership program that was established to promote industry/university/local K-12 school partnerships to significantly improve Science, Technology, Engineering, and Math (STEM) education. I worked on the complete bill but my personal contribution was the Noyce Scholarship, which gave students who majored in a technical field a one-year scholarship for every two-year commitment to teach in an impacted K-12 school. This bill was passed and became law. The recent America COMPETES law had strong provisions to continue and improve the Noyce scholarship program.

I did a lot of work on many other topics. Every issue that came into the office with a technology aspect became mine to work on. This led to many interesting experiences including dealing with one proposal to make West Virginia the repository of nuclear waste.

My experiences in this role led to my becoming very active in IEEE-USA policy committees, and to my appointment as the VP of Technology Policy, and eventually to the Presidency.

Q

What is your greatest fear?

A

My general concern is that unless we in the United States improve the STEM education of our children, our lead in technology will move to other countries. I hope to work on this issue during my tenure as president. Another aspect of this concern is that the United States is not investing enough in basic research. In my field of radar engineering, within the last decade, technology has been developed that would enable space-based radar systems to detect ground movement of a few centimeters. This methodology was developed by U.S. researchers and engineers. However, the United States does not currently have a space-based radar program. This has severely handicapped our researchers who must depend on other countries' assets to obtain data to increase our understanding. This is only one instance of our lack of support for research that could lead to whole new technologies and eventually jobs (e.g. GPS, the Internet, and so on).

Q

What living person do you admire most, and why?

A

Norm Augustine. There isn't a better role model for engineers. His accomplishments are based on technical understanding, unmatched communication skills, a talent for bringing people together to address major problems, superb organizational abilities, and tremendous insight into issues. I note that I had answered this question before looking at John Meredith’s answer to this same question and he had the same response.

Q

What is your favorite journey?

A

A few years ago, I took a vacation in China. I had a vision of a backward country that would have trouble adjusting to the modern world. I learned that I was a decade behind. My first clue was that in both Beijing and Shanghai, the Rolls Royce agency was within two blocks of the hotel. In Shanghai, it looked to me as if they had cornered the market on construction cranes. The juxtaposition of this extremely modern thrust with the ancient elements in the country was amazing to me.

Q

Tell us about your favorite hobbies or pastimes.

A

I read a lot. Carole and I like to travel both inside and outside the country. I spend five to six hours in a gym every week.

 

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Georgia C. Stelluto is IEEE-USA's publishing manager, managing editor of IEEE-USA Today's Engineer Digest, and editor and manager of IEEE-USA's e-book publishing program.


Copyright © 2008 IEEE

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