Guide Agriculture Engineering 101

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June 24, More College News and Information…. Subscribe News by Email. Pasteurizer Operators Workshop When: October , More Upcoming Events…. Information For Future Students. Current Students. Graduate Students. Business and Industry. Faculty and Staff. Academic Departments Agricultural and Biological Engineering. Agricultural Economics, Sociology, and Education. Animal Science. Ecosystem Science and Management.

Food Science. Plant Pathology and Environmental Microbiology. Plant Science. Veterinary and Biomedical Sciences. Alumni Relations. Animal Diagnostic Lab. Busing Services. Communications and Marketing. Computer aided drafting using CAD software.

BioResource & Agricultural Engineering

Plan set development and external references. Land grading design, using 3-D drawing software. Introduction to 3-dimensional solids modeling using state-of-the-art software. Model generation and modification of associative properties, assembly modeling, extrusions and revolutions. Special Problems for Undergraduates. Individual investigation, research, studies or surveys of selected problems. Total credit limited to 8 units, with a maximum of 4 units per quarter. Agricultural Systems Analysis.

Visiting Campus - BioResource & Agricultural Engineering Department - Cal Poly, San Luis Obispo

Agricultural Systems Analysis investigates the interrelationships between sub-components in an overall system. Problem solving algorithms, network analysis, project planning techniques, and optimization. Bioengineering Fundamentals. Treatment of the engineering applications of biology. Genetic engineering and the industrial application of microbiology. Systems physiology with engineering applications. Structure and function relationships in biological systems.

The impact of life on its environment. Course may be offered in classroom-based or online format. Fulfills GE B2. Fundamentals of Electricity. Application of electricity in BioResource and Agricultural Engineering, including basic electric circuits.


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  7. Agriculture Engineering 101.

Will include wiring materials, code regulations, electrical measurements, R-L-C circuit fundamentals, system planning, motors, basic electronics, and an introduction to computer usage. Agricultural Structures Planning. Planning of facilities required in production systems. Materials and processes used in construction of agricultural structures.

Environmental factors affecting crop storage structures and animal housing.


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Design of structural environments to meet the needs of commodities, animals, and plants. Introduction to Mechanical Systems in Agriculture. Introduction to elements used in the mechanical transmission of power and force in agricultural systems. Power transmission using v-belts. Principles of Irrigation. Land grading design, operation, management, and evaluation of irrigation methods. Introduction to Engineering Surveying. Introduction to field measurement using automatic levels, total stations, robotic stations, GNSS RTK receivers and field data collectors.

Field procedures for differential and profile leveling, directional measurement, traversing and construction surveying. An understanding in direction, elevation and earthwork volume computations. Engineering Surveying. Field measurement using levels, robotic stations, RTK receivers, data collectors. Leveling, profiles, traverses, traverse adjustment, triangulation, earthwork volumes and curve alignment computations.

Topographic surveys, topographic mapping, building layout, road design. Topics as geodetic survey, licensing, aerial mapping, GIS, and remote sensing. Agricultural Engineering Laboratory. Precision Farming. Precision agriculture applications. Integrating GIS, GPS, and remote sensing technologies with site-specific farming practices to optimize agricultural productivity. Field trip required. Forest Surveying. Use and care of tapes, staff compass, abney levels, total stations, and GPS receivers. Keeping field notes, measurements by tape. Closed and open traverse by compass and total stations.

Course Outline

Turning angles and determining directions of lines. Map reading and public land description. GPS measurements. Weekend field trips required. Selected Topics. Directed group study of selected topics. The Class Schedule will list topic selected. Total credit limited to 8 units. Hydraulic and Mechanical Power Systems. Selection, application and use of hydraulic components and mechanical power transmission equipment. Use of standardized circuit design procedures.

Servo Hydraulics. Application of microcomputers and programmable logic controllers to hydraulic, pneumatic and mechanical systems. Theory, instrumentation and sensors used in process and control systems used in agricultural equipment. Static and dynamic characteristics of liquids, flow in open and closed channels, uniform and nonuniform flow, flow measurement, pumps. Agricultural Systems Management Theory. Introduction to systems and technical management with application in agricultural business settings, including logistics, reliability, system behavior, causal loops, feedback and delay.

Data analysis, systematic decision-making, and simulation. Principles of Bioresource Engineering. Theory and applications of bioprocess technology in biological and agricultural systems. Engineering properties of biological materials and organisms. Special requirements of agricultural and biological processes.

About the University

Agricultural Safety. Principles of agricultural safety. Accident causation and prevention, hazard identification and abatement, laws and regulations. Machinery, electrical, chemical, livestock, shop and fire safety. Safety program development. Principles of Agricultural Electrification. National Electric Code regulations. The wiring of agricultural structures and electrical distribution. Series, parallel and series-parallel circuits, R-L-C circuits, electric motors, electronics. Measurements and Computer Interfacing. Transducers and engineering measurements in agricultural engineering.

Covering transducer characteristics, signal processors and controllers, instrumentation techniques, and the use of the computer in the measurement and control of typical engineering problems. Irrigation Theory. Plant-water-soil relations using evapo-transpiration, plant stress, soil moisture deficiency, frequency and depth of irrigation, salinity, infiltration, drainage and climate control. Environmental Controls for Agricultural Structures. Design of internal environments to meet the needs of commodities, animals, and plants.

Thermodynamic and psychrometric principles for agricultural structures. Heat transfer, insulation and refrigeration.


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  • CIGR Handbook of Agricultural Engineering Volume I Land and Water Engineeering.
  • Sensing, monitoring and controlling environmental factors affecting crop storage structures and animal housing. Aquacultural Engineering. Application of aquacultural engineering principles for freshwater and marine food-production systems. Examination of system design constraints for maximizing productivity and minimizing environmental impacts, nutrient management, gas exchange and animal husbandry. Internal Combustion Engines. Principles of operation of internal combustion engines. Theory of operation and diagnosis evaluation and repair of small engines, gasoline and diesel engines and economics of operation, use and repair.

    Power analysis and application. Landscape Irrigation. Design of sprinkler and drip irrigation systems including: site characteristics, soil variables affecting water storage and infiltration rate, plant selection and hydrozones, hydraulics, nozzle spacing, selection of system components, back flow prevention, plumbing codes and cost estimating. Irrigation system evaluation and audit irrigation scheduling, and water budget. Internship in Bioresource and Agricultural Engineering.

    Students will spend up to 12 weeks with an approved agricultural firm engaged in production or related business. Time will be spent applying and developing production and managerial skills and abilities. One unit of credit may be allowed for each full week of completed and reported internship. Degree credit limited to 6 units. Irrigation Water Management. Soil-plant-water relationships; evapotranspiration; irrigation schedules; salinity and drainage; irrigation efficiency. Water measurement; soil moisture measurement; irrigation systems and practical constraints affecting scheduling.

    California water supply and budget; water rights; local, state and federal water institutions; California water issues. Agricultural Materials. Physical properties of agricultural materials and their measurement. Strength of materials, material flow and transport, material deformation, shape and size classification, moisture relationships and biological interactions.

    Interactions between agricultural materials, the environment and equipment used to handle them. Mechanical Systems Analysis. Use of statics and dynamics to make original calculations, plans, sketches, graphics, drawings, schemes and layouts for the fabrication and construction of machines. Fabrication Systems. Fabrication systems including cutting, sawing, shearing, bending, welding, grinding, cleaning, painting and proper safety procedures.

    Experimental projects to include team design and construction, presentation, organization, and evaluation. Aerial Photogrammetry and Remote Sensing. Concepts of photogrammetry and remote sensing. Object recognition, stereoscopic viewing, elevation determination, and scale. State-of-the-art techniques for collecting, processing, and interpreting remote sensing data. Digital image analysis techniques such as image enhancement, change detection, unsupervised and supervised classifications.

    Energy for a Sustainable Society. Study of how the transition can be made from fossil fuels to renewable energy sources including hydro, biomass, solar, wind, and energy conservation. Environmental, economic, and political consequences of a renewable energy-based sustainable society. Water for a Sustainable Society. Historical, political, economic, socio-technical, and cultural dimensions of water sustainability. Overview of complex systems with an emphasis on individual choices and their impact on water sustainability. Exploration of core sustainability concepts; practices, barriers and goals related to water resources.

    Course offered online only. Fulfills GE Area D5. Drone Assisted Surveying. Integration of remote sensing, surveying, natural resource management, applied drone technology. Understanding laws, regulations, measurement concepts, and big data. Creation of maps and supporting documents for use in GIS. Special Problems. Individual investigation, research, studies, or surveys of selected problems in agriculture. Agricultural Systems Engineering. Engineering and economic principles combined with mathematical optimization techniques to evaluate parameters in agricultural production and processing systems.

    Project planning techniques, linear and nonlinear modeling, response surface methodology. Professional responsibilities in Agricultural Engineering including ethics, patents, copyrights, liability. Fertilizer and chemical injection through irrigation systems. Hardware, fertilizer compounds, and distribution uniformity. Matching chemicals and equipment to specific irrigation methods. Irrigation Engineering. Design of on-farm irrigation systems; micro, surface, and sprinkler irrigation systems; canals and pumps; economic and strategies of pipe design; pipeline protection.

    Agricultural Systems Management I. Project management of agricultural systems. Emphasis placed on a team approach to problem solution. Case studies and student projects used to explore the following topics: project leadership, project organization, communication, needs assessment, feasibility studies, cost analysis, decision making, solution implementation, and evaluation. Agricultural Systems Management II. Equipment Engineering. Design and construction of specialized agricultural components and equipment.

    Computer Controls for Agriculture. Computer activated controls as applied to agricultural machinery, agricultural structures, processing and irrigation industries. Encompassing control logic to evaluate stability behavior of systems of computer interfacing, data input and control output.

    Agricultural Robotics and Automation. Agricultural applications of signal processing, control theories, machine vision and robot basics for agricultural production and processing.

    1.1 Introduction to GATE in Agricultural Engineering

    Approaches and constraints related to agricultural automation and the use of robotics in field applications. Engineering approach to problem-solving and experimental data analysis. Agricultural Buildings. Selection of buildings, storage units, and related equipment for production agriculture. Economics and functionality of various designs and construction materials. Environmental factors affecting crop storage and animal housing.

    Agricultural Structures Design.