Agricultural Engineering Techn (AGET)
AGET 2303. Introduction to Agricultural Engineering Technology. 3 Hours. [TCCN: AGRI 2303]
Students explore the fundamental principles of Agricultural Engineering Technology with both lectures and hands-on experiences related to current/emerging topics with a focus on critical thinking and problem solving. After completing this introductory course, students will have knowledge pertaining to agricultural electrification, plumbing/irrigation, drafting, wood frame construction, oxy/fuel cutting, fusion of metals, internal combustion engines, and other technology-related subjects. Course Equivalents: AGRI 2303
Prerequisite: None.
AGET 2396. Special Topics in Agricultural Engineering Technology. 3 Hours.
Students examine special topics/issues in Agricultural Engineering Technology at an introductory level. This course may be repeated up to three times as topics and subject matter changes.
AGET 3300. Agricultural Electrification. 3 Hours.
Students explore principles and theory of electricity and applications in agriculture. Topics covered may include the transmission and distribution of electricity, Ohm's Law, DC/AC current, safety, NEC, converting bio-mass to electrical power, peak demand, dispatchable power, wind energy, photo-voltaic cells, and net-metering. Sophomore standing. Course Equivalents: AGRI 3300
Prerequisite: AGET 2303 or ETDD 1361.
AGET 3301. Agriculture Power Units and Control Systems. 3 Hours.
Students explore theory and execute hands-on disassembly/reassembly of two- and four-stroke engines through both lectures and hands-on experiences. After completion of this course, students will have thorough knowledge pertaining to preventative maintenance and troubleshooting of fuel, oil, ignition, electrical, and cooling systems of common agricultural power units. Course Equivalents: AGET 2301, AGRI 2301
Prerequisite: AGET 2303.
AGET 3350. Plasma Arc Cutting Technology. 3 Hours.
Students explore the principles, technologies, and applications of plasma cutting processes with a focus on applications in the agricultural industry through both lectures and hands-on experiences. After completion of this course, students will have thorough knowledge pertaining to programming, operating, troubleshooting, and controlling plasma tables, use of plate markers, and safety requirements.
Prerequisite: AGET 2303.
AGET 3380. Agricultural Machinery. 3 Hours.
Students explore functional requirements, design, construction, adjustment, operation, and testing of agricultural machinery and equipment systems utilized in agricultural production. Machinery theoretical and effective capacities, costs of operation, and management techniques will be explored.
Prerequisite: AGET 2303 Course Equivalents: AGRI 3380 .
AGET 3386. Agricultural Structures and Environmental Control Systems. 3 Hours.
Students explore knowledge and skills associated with selection, construction, and maintenance of agricultural structures and systems through both lectures and hands-on experiences. After completion of this course, students will have a thorough knowledge pertaining to site survey requirements, structural design and construction, appraisal and estimating, and requirements of agricultural buildings.
Prerequisite: AGRI 2303 and Sophomore Standing Course Equivalents: AGRI 3386 .
AGET 4369. Special Topic. 3 Hours.
Students examine special topics/issues in Agricultural Engineering Technology at an advanced level. This course may be repeated up to three times as topics and subject matter change. Junior Standing.
Prerequisite: AGRI 2303 or ETDD 1361.
AGET 4372. Agriculture and Construction Equipment Technology. 3 Hours.
Students examine advanced agriculture and construction machinery technology, their uses in agriculture and the construction industries, and operate machinery in real-world scenarios. Emphasis will be given to safe machinery operation, machinery management, and economic impact.
Prerequisite: Department Approval.
AGET 4381. Advanced Fabrication in Agriculture. 3 Hours.
Students examine advanced knowledge and hands-on experience in agricultural fabrication techniques and processes. Emphasis is placed on the design, construction, and repair of agricultural structures and equipment using advanced fabrication methods. Students apply precision measurements, materials selection, and safety principles to complete individual and team-based fabrication projects. The course focuses on enhancing technical skills applicable to modern agricultural and industrial settings.
Prerequisite: AGET 2303 and Junior Standing.
AGET 4384. Fusing & Joining of Metals & Non-Metals. 3 Hours.
Students engage in a comprehensive study of the theories, principles, and procedures of bonding and fusing metallic and non-metallic materials by the electric arc, oxy-fuel, and adhesive processes. Technical classroom instruction, laboratory exercises, and field trip experiences involve selection and utilization of new and emerging technologies and equipment, workplace planning, supervision, and management. Course Equivalents: AGRI 4384
Prerequisite: AGET 2303 and Sophomore Standing.
AGET 4385. Applied Electronics/Hydraulics. 3 Hours.
Students explore the integration of electronic and hydraulic systems used in agricultural and industrial applications. Emphasis may be placed on understanding and applying fundamental principles such as Ohm’s Law, Pascal’s Law, and fluid dynamics to real-world processes and distribution systems. The course covers electronic controls, sensors, hydraulic and pneumatic components, system troubleshooting, and the interaction between electrical and fluid power systems in modern agricultural and industrial technologies.
Prerequisite: AGET 2303 Course Equivalents: AGRI 4386 .
AGET 4387. Agricultural Engines & Tractors. 3 Hours.
Students explore principles of internal combustion engines and power trains found in agricultural tractors and other agricultural equipment. Selection, valuation, wear analysis, and maintenance of agricultural engines and tractors are covered through technical lectures and hands-on experiences. Course Equivalents: AGRI 4387
Prerequisite: AGET 3301 and Junior Standing.
AGET 4390. Irrigation and Water Management. 3 Hours.
Students explore the principles and applications of irrigation and water management used in agricultural, turf, and landscape systems. Emphasis is placed on the design, construction, operation, and management of surface, subsurface, sprinkler, and drip irrigation systems, as well as drainage and water conservation practices. Students also apply surveying, topographic mapping, Global Positioning Systems (GPS), and Geographic Information Systems (GIS) to the planning and management of land and water resources.
Prerequisite: AGET 2303 Course Equivalents: AGRI 4390 .
AGET 4392. Precision Agriculture. 3 Hours.
Students examine global positioning systems (GPS), geographic information systems (GIS), soil sampling, remote sensing, proximal sensing, data acquisition, field mapping, variable rate technology, and economics of precision agriculture technologies. Course Equivalents: AGRI 4392
Prerequisite: AGET 2303.
AGET 4393. Renewable Energy Sources for Agriculture. 3 Hours.
Students study existing and potential alternative energy sources and production capacities, including wind, solar, hydropower, bio-mass conversion, and alternative fuel sources. Impacts on the environment, ecological systems, world food supply, and economy are studied. Course Equivalents: AGRI 4393
Prerequisite: AGET 2303.
AGET 4394. Grain Harvesting and Management in Agriculture. 3 Hours.
Students examine transportation, storage, and safety challenges found within the U.S. grain industry. Students explore selection and management of technology applications for improved grain handling. Additionally, safety and economic storage of grain forage and hay crops are emphasized.
Prerequisite: AGET 2303.
AGET 4396. Directed Studies in Agricultural Engineering Technology. 3 Hours.
Arranged professional development learning experiences incorporating a practical application of Agricultural Engineering Technology skills and practices. To include internships, individual research and industry studies. May be repeated for credit up to six hours.
Prerequisite: Sophomore standing.
