Blog Posts by Westmont

Westmont has received a $2.5 million gift from the Adams Family Foundation for the establishment of an endowed chair in music.

The money will endow a new faculty position in the music department called the Adams Chair of Music and Worship. A portion of the gift -- $500,000 – will endow a fund to enhance music program offerings.

“We are committed to enhancing Westmont’s music program not just for its fine students but for the impact it can have on the community,” Denise Adams said.

The Honor Society of Phi Kappa Phi has awarded Wesley Galliher, a chemistry major who graduated in early May from Westmont, a graduate fellowship for the 2004-05 academic year. Wesley will receive $5,000 to aid in his pursuit of a Ph.D. degree in bio-organic or medicinal chemistry. Only 60 students nationwide received the fellowship this year.

Westmont’s Reynolds Gallery has taken first place in the 24th annual American Association of Museums (AAM) Publications Design Competition. “Every Picture Tells a Story,” designed by art instructor Scott Anderson, was selected as the winner of fund-raising and membership materials.

“As you can imagine, I’m very proud of this accomplishment,” Anderson said.

American Masters of Clay, an exploration of American ceramics, will be on exhibit May 13 through June 25 in Reynolds Gallery. An artists’ reception, open to the public, is 5-7 p.m. May 14 in the college Art Center, on the lower campus.

Westmont is a finalist in the “50 Best Christian Workplaces” survey, published this month by Christianity Today magazine.

Conducted by the Best Christian Workplaces Institute (BCWI), the survey polled more than 10,000 employees from 107 organizations in a variety of industries.

“Is There Other Life in the Universe?” a scientific overview of the prospects for intelligent life elsewhere in the universe, is the next Westmont Downtown Conversation by physics Professor Warren Rogers, 5:30 p.m. May 13, at the University Club, 1332 Santa Barbara St.

The lecture is free and open to the public.

Starting with the early universe following the Big Bang, Rogers will trace the production and dispersion of heavy elements that form the basis for life.