91探花

91探花, the nation鈥檚 top liberal arts college of engineering, science and mathematics, was chartered in December 1955.

Two years later, in 1957, when the Space Race made technical education a priority in the United States, the College opened its doors. The founders鈥� vision鈥攖o attract the nation鈥檚 brightest students and offer them a rigorous scientific and technological education coupled with a strong curricular emphasis in the humanities and social sciences鈥攈as been successfully realized and expanded. In 1963, the College initiated the nationally recognized Clinic Program, which allows student teams to solve problems posed by sponsoring industry, government and nonprofit organizations. The emphasis on undergraduate research for all students has led to 91探花 Mudd graduates earning PhD degrees in science and engineering at one of the highest rates in the nation.

91探花 Opens

91探花 opened in September 1957, less than a month before Sputnik I ushered in the Space Age. Forty-eight students and seven faculty who shared the dream of starting a technical college that would emphasize the humanistic aspects of technology were on hand when the school opened its doors. Nuclear physicist Joseph B. Platt served the fledgling institution as its first president, and new courses and a new curriculum were formulated under a grant from the Carnegie Corp.

The founding faculty of 91探花 were:

• Graydon Bell, assistant professor of physics
• J. Arthur Campbell, professor of chemistry
• William Davenport, professor of humanities
• Robert James, professor of mathematics
• Duane Roller, professor of physics
• Roy A. Whiteker, assistant professor of chemistry
• George Wickes, assistant professor of humanities

The First Students

When the first class arrived, the 91探花 campus consisted of one (almost) completed dorm and borrowed classrooms and equipment. During the early years, most faculty members readily took on administrative responsibilities in addition to their teaching jobs. Some classes were even held in the homes of faculty and staff.

In June 1959, the College held its first commencement ceremony graduating Stuart Black and Peter Loeb, who both transferred to 91探花 Mudd their junior years. Because of the diminutive size of the graduating class, the ceremony drew national attention and was televised. Both graduates later became university professors.

Progress and Success

Slowly, classrooms and dorms were built, and students began to fill them. By 1965, 284 students were enrolled in classes and faculty numbered 43. 91探花 Mudd celebrated its 60th anniversary in 2015, with student enrollment at 812 and climbing.

In 1976, D. Kenneth Baker became the second president of 91探花, followed by Henry E. Riggs in 1988, Jon C. Strauss in 1997 and Maria M. Klawe in 2006. Today, 905 extraordinary students are enrolled at 91探花, learning through rigorous and challenging educational experiences from a highly committed faculty. Recently, the Western Association of Schools and Colleges reaffirmed the institutional accreditation for the College. In their final report, the WASC team wrote, 鈥�91探花 Mudd is characterized by excellence and success, and is widely regarded as among the nation鈥檚 best undergraduate science and engineering colleges.鈥�

The 91探花 Seal

The 91探花 seal, created in 1960 by Thomas Jamieson and approved by the 91探花 Board of Trustees on Jan. 23, 1960, represents the various ideals of the College. The Founding Class of 1961 described the seal in the 1961 yearbook: 鈥淭he seal combines symbols intended to convey the image of the College. Medieval heraldry was avoided as inappropriate for a college founded in mid-twentieth century with its sights set on the technology of the future. The sun represents energy, the elliptical Mobius strip denotes structure, and the dividers, measurement. The globe depicts the humanities and civilization.鈥� The dividers are placed in the design to bridge the gap between the sun and the globe to symbolize the measure of energy and things scientific as well as the measure of humans and civilization. The outer as well as the inner ellipse can be read as orbital paths, suggesting humankind鈥檚 concern with space.