Orfila, Jeferlou V. creator author. Rebater, Mark Anthony A. author. Remoto, John Kenneth M. author. Reodique, Rany Josil M. author. Sabio, Virgil M. author. Sacueza, Richard C. author. Talagtag, Rico B. author. Teñoso, Kenneth B. author. Triumfante, Jezreel B. author. Valenzuela, Diovanni P. author. Velasco, Geizanny Febb B. author. Velasco, Joyce Ann C. author. Villadares, John Carl D. author. Prestado, Rodave G. adviser. Cerillo, Jose Eduardo II, B. chair, panelist. Malapo, Vincent E. panelist. Gavina, Wenceslao D. panelist. text bibliography ph 2023 monographic eng

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127 leaves. Electric vehicles offer a promising solution to enhance accessibility and convenience for individuals, providing a safe and efficient mode of transportation. while contributing more a sustainable and inclusive urban environment. This study intents to implement the conversion of a popular type of electric vehicle specifically the electric bike to a line follower robot that will be capable of operating with minimal human intervention along a pre-determined path. The device was developed to at least kick start the development of a locally produced fully autonomous. The objective of the study is to design a power source and control system that can be effectively operated, to develop and test a prototype of the line following robot that is able to coordinate and follow the line and to know the functionality and the performance of the device along with operation, effectiveness, sensitivity and adaptability This study will also determine the cost analysis of the device. The researchers aim that this study will be beneficial to the users. Jeferlou V. Orfila, [and 12 others]. Undergraduate Theses (BSEE) - Electrical Engineering. Camarines Sur Polytechnic Colleges, 2023. Includes bibliographical references. CSPC 250904 20250904154342.0 eng