The Accelerated Master's Program in Biosystems Engineering (BEAMP) is designed to enable exceptional undergraduate students the ability to earn a Bachelor of Science degree and a Master of Science degree in as few as five years.
The Biosystems Engineering graduate programs focus on biological systems and water-related issues such as irrigation and water quality and biosystems applications, including computer modeling, sensors and controls, and systems design and evaluation. Biosystems engineers use engineering, math, and life science to design systems to manage soil and water resources, produce food, develop biological products, and manage and analyze large data sets. They work on projects involving the wise use of energy, materials, biochemicals, and recyclable wastes. They combine technical knowledge, computer techniques, and control systems for a deeper understanding of agriculture and biology. Our BEMS Graduate program may be designed to fit almost any need in the general field of the application of engineering principles to the solution of agricultural and biological engineering problems. The program flexibility allows students, in consultation with their undergraduate and graduate advisors, the opportunity to choose a field of study and research specifically suited to their needs from the following areas: Bioproducts; Biosensors; Controlled Environment; Mechanization & Automation; Remote Sensing & Precision Agriculture; Sensors & Controls; Renewable Energy; Water Resources & Irrigation systems.
Biosystems Engineering
The Biosystems Engineering Department focuses on biological systems and water-related issues such as irrigation and water quality, and biosystems applications, including computer modeling, sensors and controls, and systems design and evaluation. The Biosystems Engineering Department is developing innovative systems to sustainably feed an increasing population through cutting-edge technology, sustainable practices, and the drive to make a difference in the world. We build sustainable solutions that create resilience among society, the environment, and the economy. We are currently working on many projects, including the following:
Optimizing growth conditions in controlled environment agriculture
Finding alternative fuel and feed sources
Irrigating crops sustainably
Analyzing big data sets generated from using sensors and controls and looking at metagenomics