Chip Martel began playing bridge seriously while in high school in Urbana, IL. He was fortunate to be near the University of Illinois campus where they had good campus games and several strong players willing to help him improve.
Later, Chip studied computer science — and bridge — at the Massachusetts Institute of Technology, earning a B.S. in 1975. In 1980, he earned a Ph.D. from University of California at Berkeley where he met his wife and soulmate, Jan, and great long-time partner, Lew Stansby.
In 1981, Chip won his first North American title, the Reisinger Board-a-Match Teams, with Stansby. The following year they won their first world title, the Open Pairs. Since then, he has won five additional open world championships, a world seniors title, and more than 35 North American titles. After playing with Stansby for 35 years, Chip started a new partnership with his old friend Marty Fleisher about 10 years ago with great success.
Chip served as captain and coach of the world champion Junior team in 1991 and the world champion Senior team in 2005. He was a long time chair of the ACBL Laws Commission, a member of the World Bridge Federation Laws and System Committees, and was on the drafting committee for the 1997 laws. Additionally, he won the Bols Tip Competition and was named ACBL Honorary Member in 2000.
Before he retired in 2013, Martel was a professor of computer science at the University of California at Davis. He helped found the computer science department there and served as one of its first department chairs. In the 1985-86 academic year, he achieved a rare double of winning a world championship and achieving tenure. He continues to work at the college as an emeritus professor.
I’ve included the video here, or you can watch it on YouTube. You can also listen wherever you get your podcasts.
Some of the highlights:
Chip’s partnership with Lew Stansby (5:40)
Why Chip doesn’t like playing online (12:00)
Some of Chip’s favorite books (18:50)
Switching away from a weak notrump (23:30)
The benefits of transfer responses (24:30)
Chip’s thought process as declarer (30:40)
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