Certificate of Achievement in Mechanized Agriculture
2019-2020 Map
Total Units: 31
Term 1
12 Units. Specified core courses are signified by icon.Course Name | Units | Notes | |
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AB-20: Careers in Ag/Env Sci/Nat Res | 1 | ||
Unit(s): 1.00
This course is a study of the agriculture, environmental science and natural resources industries with a focus on career opportunities, self evaluation, and skills necessary for successful job procurement. Topics include job trends, resumes and cover letters, interviewing skills, and the types of careers available in agriculture, environmental science, and natural resources. |
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AET-30: Tractors & Crawlers | 3 | ||
Unit(s): 3.00
This course covers design principles, selection, maintenance, adjustment, and safe operation of wheel and crawler type tractors used in agriculture and in the construction industry. (C-ID AG-MA 108L). |
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AET-38: Diesel Engines & Machine Syst | 4 | ||
Unit(s): 4.00
This course presents the theory, operating principles, application, component parts, support systems, maintenance, adjustment, and repair of Diesel engines and related systems used on modern trucks and heavy equipment used in the construction and agricultural industries. The related systems include electrical, power train, hydraulic, and Heating, Ventilating, and Air Conditioning (HVAC) systems. |
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WLD-20: Beg Welding | 4 | ||
Unit(s): 4.00
This course includes oxyacetylene welding (OAW), oxyacetylene cutting (OFC-A) and shielded metal arc welding (SMAW) processes, in the flat and horizontal positions on various joint details. It will also include safety procedures, electrode identification, joint fit-up and alignment, base metal preparation, weld quality, beads and fillet welds, with focus on theory and practice. All welds will meet the American Welding Society (AWS) qualification standards. |
Term 2
19 Units. Specified core courses are signified by icon.Course Name | Units | Notes | |
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AET-35: Heavy Equipment Methods | 3 | AET-35 AND AET-36 are co-requisites of each other they should be taken together. AET-35 is not required for Mech Ag Certificate but is required for Heavy Equipment certificate. | |
Corequisite(s): AET 36 This course will examine construction regulations, erosion control, drainage, environmental mitigations, soils and aggregates, technical report writing, interpreting blueprints and site plans, applied mathematical calculations, management skills, fleet management practices, project organization, and entrepreneurship. |
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AET-36: Heavy Equipment Operation | 6 | AET-35 AND AET-36 are co-requisites of each other they should be taken together. AET-35 is not required for Mech Ag Certificate but is required for Heavy Equipment certificate. | |
Corequisite(s): AET 35 This course covers selection, operation, service, and adjustment of heavy equipment used in agriculture and construction industries. Also covered are measurement and techniques used in preparing roads, building sites, and other projects as may be required in the field using heavy equipment. |
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AET-43: Hydraulic & Pneumatic Systems | 2 | ||
Unit(s): 2.00
This course is an introduction to the theory, operating principles, application, graphical symbols, component parts, systems, maintenance, adjustment, and repair of hydraulic and pneumatic systems used on modern trucks and heavy equipment used in the construction and agricultural industries. |
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AET-34: Farm Machinery | 3 | ||
Unit(s): 3.00
This course involves the design principles, uses, maintenance, adjustment, calibration, and repair of machinery used in California agriculture. Emphasis is placed on primary and secondary tillage, planting, chemical application, and harvesting equipment. Selection and operation of both machinery and tractors will be practiced. Safety will be stressed throughout. |
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Required Core Choice (Select One) | 3 | Courses are Spring only. | |
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AET-44: Grade Setting | 2 | Department recommends AET-44 to complete Heavy Equipment Certificate. Not required for Mechanized Ag. | |
Unit(s): 2.00
This course will cover reading site plans, interpreting grade stakes, and setting grades to ensure that earth-moving work meets specifications, using both manual and Global Positioning Systems (GPS) methods. |