Purdue University College of Engineering records

Since its inception, Purdue University has given instruction in engineering. The Purdue University College of Engineering's history began with one student registered in civil engineering during the 1876-77 school year, and two in 1877-1878. (A.A. Potter)

In 1874 President Abraham C. Shortridge became Purdue's president. Shortly afterwards he created the first four-year courses of Civil and Mechanical Engineering at Purdue. In 1882 the School of Mechanical Engineering would become its own School and Civil in 1887.

In 1876 Emerson White became Purdue's third president. At this time there was only one Engineering instructor, and the total number of students at Purdue was 90.

In 1878 the first Engineering degree in Civil Engineering was awarded to William K. Eldridge.(Engineering at Purdue University by A.A. Potter in Knoll papers).

The School of Mechanics started in 1879, which led to the establishment of the School of Mechanical Engineering in 1882. There was one student in Mechanical Engineering during the 1882-83 year, and the first student graduated in 1885.(A.A. Potter).

Charles L. Ratliff, from Spiceland, Indiana earned the first Bachelor of Science degree from Purdue University in 1885. His first job was as a government engineer in New Mexico. ("Mechanical Engineering", 4). The first Master's of Mechanical Engineering was awarded in 1922. Later Maurice J. Zucrow would earn the first Ph.D. granted by Purdue in 1928. His thesis is titled, "Discharge Characteristics of Submerged Jets." In April 1946, Zucrow accepted Purdue’s offer to return to West Lafayette, and he immediately began forming a course in jet propulsion. The School of Mechanical Engineering proposed to hire Zucrow to take the lead in developing the jet propulsion field at Purdue. Purdue’s Zucrow Labs would later be named in his honor.

1888 saw the School of Electrical Engineering come into being, with a concentration in power generation and distribution. George Ashley was the first graduate of the school.

David Robert Lewis was the first African American to earn a Bachelor of Science (Civil Engineering) in 1894. For many years, he held a position of mechanical drawing instructor at Armstrong & Slater Memorial Trade School at Hampton Normal and Agricultural Institute in Virginia. Later, he started a career as real estate broker in Pittsburgh.

In 1897 Martha Dick Stevens would become Purdue's first female engineering graduate, earning a Bachelor of Science in Civil Engineering and a Master's of Science in 1898. Mabel B. McBloom would follow her in 1906, also earning a B.S. in Civil Engineering.

The words "Chemical Engineering" first appeared in the course catalogs at Purdue in the 1907-08 catalog. (Bray, 1). Even though the Chemical Engineering curriculum was approved on April 26, 1907, the Board of Trustees did not approve the School's founding until June 14, 1911. Per the College of Engineering webpage, “In 1937 John L. Bray, head of the school and a long-time metallurgical researcher, recognizes the importance of metallurgy within the School of Chemical Engineering by placing it in the name of the school. Later the disciplines would be split into separate schools that would continue to occupy the same building.” For more on the history of the School of Chemical Engineering: https://engineering.purdue.edu/ChE/aboutus/history

The School of Agricultural Engineering was established in 1925. Per the website: "…among some of its first acts, would prove the effectiveness of tractors to Indiana farmers, then proving to farmers and power companies the efficiency and need of using electricity on farms, putting Indiana at the forefront among states having good electric service in rural areas." For more on Agricultural and Biological Engineering: https://engineering.purdue.edu/ABE/academics/undergraduate/ae.html

"Special curricula in Public Service Engineering and in Engineering-Law were offered beginning in September 1935." (A.A. Potter).

During the 1937-38 academic year, Purdue saw 3500 engineering students enrolled. A.A. Potter notes in his historical document, "Purdue University has had for a number of years, the largest engineering student enrollment of any institution in this country, and 43 percent of its students come from states outside of Indiana and from other lands." "Engineering graduates from Purdue University are in demand. Even during the depression (1932-34) the average graduate from Purdue University had no difficulty in locating suitable employment." (A.A. Potter).

In 1942, during World War II, Dean Potter realized the importance of aeronautical engineering and its significance in Purdue’s role in the war training efforts. As a result, the School of Mechanical and Aeronautical Engineering was established, "to cover all areas of training.” During the war, aero engineering would work in conjunction with the armed forces and war industry to create specific training programs: the Air Corps Cadet Aeronautical Engineering Program, the Curtiss-Wright Cadette Programs to train young women for technical positions normally held by men at the airplane corporation, and the Navy V-12 Program." (webpage)

The School of Aeronautics became its own program about a month before the war ended in 1945. The Board of Trustees chose the title School of Aeronautics because the school would offer degrees in both aeronautical engineering and air transportation; being one of only two institutions in the United States to offer the two options. In 1956 the school would become known as the School of Aeronautical Engineering, dropping the transportation degree.(webpage)

In 1946, Orpha Mae Thomas became the first woman to receive a Ph.D. in engineering from Purdue. Her thesis was titled, "A Scientific Basis for the Design of Institutional Kitchens."

The Department of Freshmen Engineering was born in 1953 because of the efforts of Dean Potter and Professor Solberg. Albert Spalding was asked to head the department. The program curriculum gave freshmen the opportunity to explore the various Schools before committing to a certain field. Under Spalding’s guidance, honors programs were created to attract top students to Purdue. Counseling and tutorial programs were also started, in order to assist students having difficulties.

Industrial Engineering was first offered in the Purdue curriculum in 1908. (booklet in collection, p. 1). Lillian Gilbreth, the first female member of the National Academy of engineering taught Purdue's first Engineering Management courses from 1935-1948.

Before 1955, the Industrial Engineering courses were offered in the School of Mechanical Engineering within the Department of General Engineering. In 1955, Industrial Engineering became its own department. The subject had been taught long before this, with some courses taught by Lillian Gilbreth, the first lady of engineering.

In 1957 the Thermophysical Properties Research Center (TPRC) was founded, and later became a world leader for obtaining, organizing, and disseminating data on the thermophysical properties of materials. This task is now undertaken by the Center for Information and Numerical Data Analysis and Synthesis (CINDAS).

The emergence of the Nuclear Engineering School at Purdue occurred in 1960. Many within the initial program had participated in the Manhattan Project, along with other Purdue programs. Purdue began to hire more professors with nuclear experience, and several of these faculty members started the nuclear program. The program would soon have its own experimental reactor in 1962.

Materials Science and Metallurgical Engineering became its own School in 1965. Per the College of Engineering history, "Due to the changing nature of its research and education and the significant increase of interest in materials beyond the metals, the name of the school changed to the School of Materials Science and Metallurgical Engineering."

In 1965, Purdue established the Institute for Interdisciplinary Engineering Studies (IIES). Per a pamphlet from the IIES records, “Activated on a major scale in 1972 and organized into centers and laboratories, the Institute represents a serious commitment on the part of the Schools of Engineering to interdisciplinary research.”

In 1980, the Computer and Electrical Engineering degree was established.

The School of Agricultural and Biological Engineering was established in 1995. Research in agricultural engineering evolved from its focus on the mechanization and automation of American agriculture. The department is devoted to the discovery of solutions to critical public issues, including safe and sustainable food supplies, environmental protection, and energy supplies that are both reliable and renewable.

The path to the formation of the School of Biomedical Engineering took decades. Biomedical Engineering began in the School of Electrical Engineering. In 1974, Leslie Geddes was named Director of the Biomedical Engineering Center and the Showalter Distinguished Professor of Biomedical Engineering. In 1975, the first Biomedical Engineering course (EE522) was developed and taught. In 1996, the Biomedical Engineering Graduate Program was approved by the Purdue Board of Trustees, and was sanctioned by the Indiana Commission for Higher Education. On July 1, 1998, the Department of Biomedical Engineering was formed, and George Wodicka was named head of the new department. 2001 saw the creation of an undergraduate Biomedical Engineering Program, which was approved by the Purdue Board of Trustees and the Indiana Commission for Higher Education. The Joint MD/PhD program was also formed in 2001 with the Indiana University School of Medicine.

In 1996, Electrical Engineering became officially known as the School of Electrical & Computer Engineering.

In 2004 Purdue became the first University in the country to create an academic department dedicated solely to engineering education.