A PROPOSED STUDY ON ELECTROMYOGRAPHY CONTROLLED 3D PRINTED BIONIC LIMB

Abstract

The occurrence of financial challenge of the amputees and the lack of technology availability in the Philippines prompted this study because this study aimed to propose a low-cost EMG-controlled bionic limb that serves its basic functions, fulfill the lost functionalities and improve the overall quality of lives of the amputees in a lower cost. This study utilized the descriptive research method design. The samples of five (5) IT experts and five (5) Mechanical Engineers were the participants of this study chosen using the purposive sampling technique. To answer the research problems, the instrument used was a survey questionnaire with the statistical tools employed such as frequency and percentage, weighted mean, ranking and t-test. The findings from the analysis of the suggested model are characterized as "Acceptable" in terms of presentation, responsiveness and accuracy, cost-effectiveness, materials, and control interface. IT specialists had an overall weighted mean of 3.20 with a variance of 0.0977, a t-computed 2.4558 of a degree of freedom of 8, and a t-critical value of 1.8942 (a=0.05). In contrast, mechanical engineers had an overall weighted mean of 2.68 with a variance of 0.0257, a t-computed t-computed of 2.4558, a degree of freedom of 8, and (a=0.05). Consequently, the evaluations of the two respondent groups are both approved. There is no discernible difference between the two responder groups' evaluations. The researchers offered the following suggestions for the study's development in order to increase its success rate. Utilize your time and resources wisely, learn the principles and foundations of programming, set aside money and pay all bills before beginning the project, and get expert help to prevent compromise