In this program, you will solve problems in agricultural production, utilization, environmental control, and biological systems. Supporting course work includes: mathematics; computer science; statistics; engineering mechanics; chemical, civil, electrical, and mechanical engineering; animal science; crop sciences; food science; and other appropriate fields.

Our graduates are highly sought after in a competitive job market and are typically employed in industry, governmental agencies, or private consulting firms.

Student working with copper piping in lab.
Rich Text

This M.S. program provides two options:

  • Thesis Option - The thesis-based M.S. degree program is a research-oriented program of study that is usually completed in two years. Students complete at least 24 hours of coursework and 8 hours of thesis research. 18 to 24 months beyond the B.S. degree are required.
  • Non-thesis Option - This non-thesis option requires 36 hours of coursework and documentation of a significant research experience with a significant writing experience.

Areas of Study

Choose from the research areas below to focus your studies:

Agricultural Safety

Research involves model programs for collection of data related to farm injuries and illnesses, redesign of on-farm structures and management procedures to reduce risk of airborne contaminants to worker injuries, development of sensors on off-road vehicles for human detection and safety, utilization of behavioral psychology models in the prediction and analysis of agricultural safety behaviors and providing assistance to farmers with physical disabilities. Research is being conducted to develop a human presence detection system as part of intelligent safety protection systems for off-road equipment.

Bioenvironmental Engineering

Research involves environmental control for biological systems, indoor air quality, control of airborne contaminant emissions, environmental protection, animal response to environment, light frame structural design, and energy from biomass. A few specific projects include improving agricultural ventilation performance, reducing dust and odor emissions from livestock facilities, measuring airborne particulate distribution, providing good environments for laboratory animals, and converting swine manure into oil.

Food and Bioprocess Engineering

Research involves bioprocess modifications to develop new food coproducts with high nutritive or pharmaceutical value, to reduce food processing plant waste streams, and to evaluate improved starch characteristics of milled grains. State-of-the-art separation technologies, such as microfiltration, are being applied to conventional corn processes to give better products while gaining improved process efficiencies.

Grain Quality and Properties

Research involves developing improved corn wet and dry milling processes, dry-grind ethanol processes which remove the germ first (Quick Germ), determination of starch viscosity with rapid visco analyzer (RVA), drying effects on quality of grains, detection of extractable starch using near-infrared spectroscopy, measurement of fermentable starch, distiller’s dried grains (DDGS), and fatty acids, amino acids, and isoflavones in soybeans using FT-NIR and other physiochemical quality tests for grains and oilseeds.

Off-Road Equipment Engineering

Research involves advanced technology development for off-road vehicles, modeling of in-field crop handling systems, and evaluation of biofuels for diesel-powered vehicles.

Precision Agriculture

Research involves development of sensors, information mapping systems and control systems for more precise management of in-field crop planting and chemical application. Remote sensing is a major feature with the recording and processing of data from satellites, planes and ground-based vehicles leading to both map-based and real-time control of crop planting and chemical application.

Soil and Water Resources Engineering

Research involves the management of our soil and water resources, which includes watershed hydrology, subsurface drainage, runoff, and stormwater management.

Technical Systems Management

Combining knowledge of science, systems management, and applications engineering, the TSM program provides excellent preparation for careers in the production, processing, and manufacturing of food, fiber, feed, fuel and construction management. Students focus on the application of engineering principles, the study of technology used in agriculture, and the integration of business concepts in the food and agricultural industries. TSM also has a Professional Science Master's option.

Water Quality

Research involves the processes related to water contaminant transport, effects of those contaminants on water use, processes causing contamination and the correction and avoidance of contamination of water. Contaminants of interest include sediment, nutrients, pathogens, and chemicals.

Program Contacts

Dr. Xinlei Wang
Professor, Director of Graduate Studies

217-333-4446
xwang2@illinois.edu

Dr. Wang
Heather Crump
Admissions and Records Officer, Graduate Advising

217-333-2446
hcrump@illinois.edu

Heather Crump