Lawrence P. Quiatchon | Emmauel S. Laurena | John Carlo D. Odper
The focus of the study was to design a machine that can help reduce the time and manpower needed in working in small farms. This machine aimed to plant seeds and spray fertilizer and water simultaneously. The specific objectives of the study were to determine the technical requirements needed in designing and fabricating the machine, its maximum capacity, and the total cost needed to implement the project. The researchers applied different types of research methods to create the best design for the Automated Multi-Purpose Farming Machine with seed planter, organic fertilizer tank and precise water for the seeds in the most economical way. Using both the primary and secondary data, the researchers were able to do a series of tests to determine the problems that may arise in their prototype. The best project design of the farming machine and its capacity were determined by considering the materials and specifications that were used. The project cost amounted to Php61,426.20 including the contingency cost. Thus, it was suggested to choose lighter materials, use liquid fertilizer with low viscosity, increase the storage and motor size, make the other components adjustable, choose more effective tractor wheels, and improve the power source for the machine.
ISSN 1908-3866 (Print)
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