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This page contains project topics/write-up for AGRICULTURAL ENGINEERING department. Hyclassproject's aim of providing all these research materials is to reduce the stress of moving from one school library to another all in the name of searching for project topics and materials. We are not encouraging any form of PLAGIARISM. This service is legal because, all institutions permit their students to read previous projects, books, articles or papers while developing their own works. According to Austin Kleon "All creative work builds on what came before", and according to Bishop Dr. David Oyedepo "You cannot be a Reference without having References".

Below are the list of our avaliable project topics/write-up, to view or download the complete work on each of the following works, click on the useful links menu at the right-hand or bottom part of this page:

 

001]. THE CONDITIONS AND EARNING OF AGRICULTURAL VILLAGERS/ VILLAGES PRACTISING IRRIGATION ALONG RIVER NGADA MAIDUGURI BORNO STATE: Borno state is endowed with three major resources (Land, Water and Human Labor), an opportunity for intensive agriculture such as irrigation farming. Although small-scale irrigation provides wider benefits for the livelihood improvement of rural farm households, some of them owned irrigation while others not yet, due to different reasons. This irrigation ownership difference leads to household income disparity. To this end, this paper is aimed to analyze the effect of small-scale irrigation on households’ income. A two-stage sampling procedure was used to first select peasant associations and then sample respondents. Descriptive statistics and Heckman’s two-stage estimation were used to estimate the effects of small-scale irrigation on households’ income. The results of the study indicated that in addition to land and livestock, access and utilization to working capital is determinant for irrigation utilization decision that leads to better income. Irrigation users comparatively participate in social positions and owned comfortable residence homes than non-users. Formation of self-help cooperatives and saving-credit associations in rural areas bridges producers with their clientele solving the working capital deficiencies... [read more to downlooad complete material]

002]. MEASURING POWER QUALITY OF A SYSTEM :Electrical energy is a traded commodity that is becoming more important every day; there is increasing demand for continuous access to power (supply quality) and disturbance free power (power quality). Today’s power environments cover renewable energy production as well as continuously increasing electrical demand within the home and industrial sectors. This increases the requirement for continuous and reliable monitoring of the power consumed. Each disturbance that occurs reduces the quality of delivery and power and thereby gives an increased cost. Energy optimization covers both checks of energy volume as well as a connection to energy losses and their cause. Supplementing energy measurement with power quality measurement gives the information to display the cause of energy losses. Then a decision for the most cost efficient action can be made.  power quality gives you the foundation to optimize your power and transmission network and make cost savings.... [read more to downlooad complete material]
003]. DESIGN OF CAPACITIVE SOIL MOISTURE SENSOR : There are techniques available for the determination of soil moisture content as a tension or a volume is offered. The method of determining soil moisture content by the different techniques is described with attention given to the neutron probe (NP), time-domain reflectometry (TDR) and frequency domain (Capacitance) techniques in particular. The choice of instrumentation for soil moisture determination will depend on the consideration of factors such as: physical limitations of different techniques; the level of information required (either an absolute or relative moisture measurement); the amount of data needed to objectively decide upon an irrigation regime (with consideration to spatial and temporal problems); the initial cost of the instrument and sampling; the reliability of the instrument and the collected data; and, the ease of use of the instrument in the field. However, this work focuses on capacitive sensor in particular... [read more to downlooad complete material]
004]. IRRIGATION PRACTICES IN NIGERIA{...downlooad complete material}
005]. MICRO IRRIGATION TRANSFORMING SMALL FARMS:{...downlooad complete material}
006]. SOLAR IRRIGATION SYSTEM{...downlooad complete material}
007]. ORGANIC GARDENING{...downlooad complete material}
008]. FOREST FARMING{...downlooad complete material}
009]. FOREST FARMING{...downlooad complete material}
010]. AGRICULTURAL SUSTAINABILITY IN NORTHERN NIGERIA{...downlooad complete material}
011]. WATER SCARCITY AND AGRICULTURE{...downlooad complete material}
012]. BIODYNAMIC AGRICULTURE{...downlooad complete material}
013]. ELECTRICAL ENERGY EFFICIENCY ON FARMS{...downlooad complete material}
014]. AGRICULTURAL PRODUCTION{...downlooad complete material}
015]. POLLINATION MANAGEMENT{...downlooad complete material}
017]. ENVIRONMENTAL SCIENCE{...downlooad complete material}
018]. MUSHROOM GROWING & PROCESSING WITH AIR CONDITIONING{...downlooad complete material}
019]. APICULTURE (BEEKEEPING){...downlooad complete material}
020]. DESIGN AND FABRICATION OF A SOLAR SEED DRYER{...downlooad complete material}
021]. GENETIC ENGINEERING{...downlooad complete material}
022]. SOILS RETROGRESSION AND DEGRADATION{...downlooad complete material}
023]. AUTOMATIC VEGETABLE (OR) LEMON CUTTING MACHINE{...downlooad complete material}
024]. DESIGN AND FABRICATION OF AMAIZE DE-HUSKER{...downlooad complete material}
025]. ANALOG FORESTRY{...downlooad complete material}
026]. COLLECTIVE FARMING{...downlooad complete material}
027]. CUSTOM HARVESTING{...downlooad complete material}
028]. AGRICULTURAL PHILOSOPHY{...downlooad complete material}
029]. GROUNDNUT THRUSTER{...downlooad complete material}
031]. ORGANIC GARDENING{...downlooad complete material}
032]. IRRIGATION AND DRAINAGE ENGINEERING{...downlooad complete material}
033]. VERMICOMPOSTING{...downlooad complete material}
034]. AGRICULTURAL MACHINERY{...downlooad complete material}
035]. INTEGRATED FARMING{...downlooad complete material}
036]. AGRICULTURALLY-BASED MANUFACTURING INDUSTRIES{...downlooad complete material}
037]. MINI FLOUR MILL FOR ATTA MAIDA, SUJI & WHEAT BRAN{...downlooad complete material}
038]. DESIGN AND FABRICATION OF A PADDY HARVESTER{...downlooad complete material}
039]. AGROECOSYSTEM ANALYSIS {...downlooad complete material}
041]. DRY SEASON: IRRIGATION FARMING TO THE RESCUE{...downlooad complete material}
042]. PERMACULTURE{...downlooad complete material}
043]. AGRICULTURAL EFFECTS ON BIOLOGICAL ENGINEERING{...downlooad complete material}
044]. FABRICATION OF GAS CONVERTED POWER SPRAYER{...downlooad complete material}
045]. FABRICATION OF AUTOMATIC BOTTLE WASHING MACHINE{...downlooad complete material}
046]. FABRICATION OF GROUNDNUT HARVESTER{...downlooad complete material}
047]. FABRICATION OF AN AUTOMATIC WATER LEVEL SENSING CRANE{...downlooad complete material}
048]. FABRICATION OF CHISEL PLOUGH{...downlooad complete material}

049]. FABRICATION OF COCONUT TREE SPRAYER: Sprayers are commonly used on farms to spray pesticides, herbicides, fungicides, and defoliants as a means of crop quality control. There are many kinds of machine-operated sprayers, the most common of which are low-pressure, high-pressure, air-carrier, and fogger types.
Insects and weeds are largely responsible for the crop destruction. In modern horticulture and agriculture, insecticides/pesticides, a man made or natural preparation are used to kill insects or otherwise control their reproduction. These herbicides, pesticides, and fertilizers are applied to agricultural crops with the help of a special device known as a "Sprayer." Based on the concept of high or low pressure, sprayer provides optimum performance with minimum efforts. There are several types of sprayers available in the market such as manual or self-propelled sprayers, tractor mounted sprayers...downlooad complete material

050]. FABRICATION OF SOLAR SEED DRYER WITH AUTO TRACKING{...downlooad complete material}
051]. FABRICATION OF TOMATO GRADER{...downlooad complete material}
052]. FABRICATION OF VEGETABLE SLICING MACHINE{...downlooad complete material}
053]. FABRICATION OF A WATER PUMPING SYSTEM USING WIND POWER{...downlooad complete material}
054]. FABRICATION OF SOLAR POWERED TEA LEAF CUTTING MACHINE{...downlooad complete material}
055]. FACTORS THAT INFLUENCE THE REGIONAL AGRICULTURAL PRODUCTION STRUCTURE{...downlooad complete material}
056]. FABRICATION OF AGRICULTURAL MOTOR PUMP RUNNING USING SOLAR POWER{...downlooad complete material}

 


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