The Department of Agricultural and Biological Engineering at Mississippi State University provides students with opportunities to pursue careers in the fields of biomedical engineering, medicine, ecological/environmental engineering, and sustainable energy resources.
The Agricultural Engineering curriculum was established in 1914 under the administration of the School of Architecture. The Agricultural Engineering curriculum was completely revised in 1948 to conform to professional requirements, and the administration of the program was switched to the College of Engineering. A new curriculum was added in 1953, Farm Equipment Management (changed to Agricultural Engineering Technology and Business in 1962), and it was administered by the College of Agriculture. A third curriculum, Biological Engineering (changed to Biosystems Engineering in 2022), was added in 1967, making it the first biological engineering curriculum in the nation. Concurrent with the establishment of the new curriculum in biological engineering, which was also administered by the College of Engineering, the department name was changed to Agricultural and Biological Engineering. The biological engineering program was accredited in 1972 and has been continuously accredited since then. In 1992, in a university restructuring effort the agricultural engineering curriculum was eliminated. In February of 2001, a new graduate program in biomedical engineering was added to the programs in the College of Engineering with the department having responsibilities for its administration. In August of 2017, a new undergraduate program in biomedical engineering was added to the programs including an emphasis in Premedical.
The department has consistently attracted some of the top academic students at Mississippi State. The faculty interacts extensively with the undergraduate and graduate students and involves them in many multi-disciplinary projects. More than 6,000 square feet of state-of-the-art instructional and research facilities include separate labs for sterile tissue culture, biomechanical testing, environmental and agricultural studies, electronic/robotic design fabrication and testing, fiber processing, GPS/GIS, renewable bio-energy, and student computing resources.
The B.S. program in biosystems engineering is accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org.
To educate students in the fields of biological engineering, biomedical engineering and agricultural engineering technology and business in order to prepare them for careers in biomedical, environmental/ecological, and natural resources engineering by which they will have the potential to become leaders in industry, the profession, and the community; to conduct quality research by applying engineering principles to solve biological and agricultural problems; and to spread the knowledge of applied biological, biomedical and agricultural engineering research to the people of the state and the nation.
(Note: the mission statement was established in 1997 and modified in 1998 and 2010.)