Hours Required120 credit hours
Areas of FocusProduction, Business, Technical, Processing Operations
The Nebraska Difference
Own Your Experience
Create your career pathway in the only four-year Ag Technology focused program in Nebraska.
Make an Impact
Develop management strategies and technologies that will change the evolving world of agriculture.
Co-create Your Path
Work with dedicated faculty and staff with valuable experience who are eager to assist you.
Our 1-to-1 advising model focuses on you and your needs as a student. Work with an academic advisor to mold your degree pathway and a faculty career mentor to prepare for the transition from student to graduate.
Learning about systems-based thinking allows you to approach a multitude of career paths by looking at the bigger picture. Your diversity in skill and systems will lead you to a wide array of opportunities after your time at Nebraska.
Through lectures to labs, you’ll connect what is being taught by faculty to hands-on experiential learning. The only program of its kind in Nebraska, we pride ourselves in providing up-to-date experiences in and outside of the classroom.
Physical Principles in Agriculture and Life Sciences (AGST 109)
Fundamental principles of mechanics, heat, electricity, magnetism and electromagnetism and their relationship to energy utilization and conservation applied to situations in agriculture and life sciences.
Power and Machinery Principles (AGST 232)
Operational characteristics of IC engines, field, materials-handling and processing machines and their components, including analyses, estimations and objective comparisons of performance.
Fundamentals of Electrical Systems (AGST 245)
Overview of the digital agriculture technologies and techniques to support crop and livestock production systems with emphasis on data life cycle and hands-on experiences.
Agricultural Products Processing and Handling (AGST 364)
Analyze processing and handling operations and discuss safety issues, logistics and survey of industry technologies. Learn about chemical and physical characteristics of agricultural products.
Hydraulic Power Systems (AGST 412)
Theory and application of fluids under controlled pressure to perform work in mobile and industrial applications.
Sensors and Control Systems for Agri-Industires (AGST 416)
Application of sensors for measurement of process control variables and implementation of microcomputer-based measurements and control systems.
Huskers Do Big Things
Outside the Classroom
Take your experience in agricultural systems technology one step further by making connections to coursework outside of the classroom.
Dr. Santosh Pitla, Associate Professor
Santosh Pitla is an AST expert in robotics, sensors and embedded systems. Pitla teaches multiple classes throughout the program, engaging students in his teaching interests of fluid power hydraulics, embedded control systems and sensors and controls for agri-industries. He is the advisor for the BSE-PIE Group and the HuskerBots team.
Academics & Experiential Learning
- Interactive lectures and hands-on labs further incorporate information taught in class and puts it into practice.
- You can earn up to 5 hours of credit for internships you complete while studying agricultural systems technology.
- Career exploration in AGST 162: Introduction to Agricultural Systems Technology informs you of the pathways available to you after graduation.
- Career exploration in AGST 262: In this sophomore level class, you’ll explore current issues relevant to your career and receive personalized feedback on your resume.
- Through the departmental peer mentoring program, you will be partnered with an upper-class student in your major to serve as your mentor and guide you through the transition to college.
- Monthly networking events allow you to decompress and get to know other students, faculty and staff in the department.