MSc Biosystems Engineering
The department was established in 1891. In 2018 the Department name, along with the graduate program names, changed to Biosystems Engineering. The Biosystems Engineering degree is offered by the University of Arizona.
|Full-time Duration:||1 year|
|Starting in:||August, January|
|Tuition Fee:||$10,063 per semester|
|Location:||Tucson, United States / Online|
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 program from University of Arizona 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.
The University is 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
The graduate students are developing innovative systems to tackle quality of life issues regarding food and water availability. Equipped with engineering, life science, and data science expertise, our students are prepared to address quality of life challenges and create resiliency among society, the environment, and the economy.
The Biosystems Engineering Department offers the following graduate programs: Accelerated Master of Science (for Current UofA BEUndergraduate students), Biosystems Engineering Master of Science Degree and Biosystems Analytics & Technology Master of Science Degree, the Biosystems Engineering Doctor of Philosophy Degree, and the Biosystems Analytics & Technology Doctor of Philosophy Degree.
The Biosystems Engineering graduate degree programs can be designed to fit almost any need in the general field of the application of science, technology, or engineering principles.
“Choosing the Master’s program for Physiological Sciences at the University of Arizona was one of the best decisions I could have made in my education. Our department is warm and collaborative, offering an array of research topics and techniques underneath a vast and integrative umbrella of physiology. Beyond my research experience, I was presented with teaching opportunities, which I feel honed my skill of scientific communication. Having the dynamic research/teaching/class schedule not only kept me active but helped me reinforce material in multiple contexts. Overall, this program was exactly what I wanted in my segway into the medical sciences… and with my teaching assistantship paying for my tuition, how could I say no?”
Andrew Wojtanowski // MS 2016
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 wise use of energy, materials, biochemicals, and recyclable wastes.