J. General medicine and Clinical Practice Copy rights@ Adrian González Méndez. Auctores Publishing LLC – Volume 7(8)-186 www.auctoresonline.org ISSN: 2639-4162 Page 1 of 5 Educational Software for The Development of Knowledge About Electrocardiogram in Cuban Doctors Juan Francisco Águila Nephew 1 , Adrian González Méndez 2 *, José Alejandro Concepción Pacheco 3 , Deibis Buchaca Machado 4 , Lázaro Rogelio Morell León 5 1 Computer Science Graduate. José Martí Pérez Pediatric Hospital in Sancti Spíritus, Cuba. 2 Graduate in Health Technology, Physical Therapy and Rehabilitation profile. Assistant Professor. Associate Researcher. University of Medical Sciences of Sancti Spíritus, Cuba. 3 Bachelor of Education, English specialty. Consulting Senior Professor. Principal researcher. MSc. in education. Dr.C Pedagogical. University of Medical Sciences of Sancti Spíritus, Cuba. 4 Bachelor of Science in Agriculture. MSc. in Attention to Educational Diversity Dr.C Pedagogical. José Martí Pérez University of Sancti Spíritus, Cuba. 5 Doctor Second Degree Specialist Hygiene and Epidemiology. MSc. in Higher Medical Education. Consulting Senior Professor. Sancti Spíritus University of Medical Sciences, Cuba. *Corresponding Author: Adrian González Méndez, Graduate in Health Technology, Physical Therapy and Rehabilitation profile. Assistant Professor. Associate Researcher. University of Medical Sciences of Sancti Spíritus, Cuba. Received date: May 20, 2024; Accepted date: June 10, 2024; Published date: June 18, 2024 Citation: Juan F.A. Nephew, Adrian G. Méndez, José A.C. Pacheco, D. Buchaca Machado, Lázaro R. Morell León, (2024), Educational Software for The Development of Knowledge About Electrocardiogram in Cuban Doctors, J.General Medicine and Clinical Practice, 7(10); DOI:10.31579/2639-4162/186 Copyright: © 2024, Adrian González Méndez. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited. Abstract Introduction: In recent years, technology has taken computing power to new horizons, driving an unprecedented revolution in information processing. Bioelectric signals are low amplitude and frequency signals coming from the human body, generated by electrochemical reactions of certain types of cells when excited. Some of these signals include the electrocardiogram or electroencephalogram. Objective: Design a software for the development of knowledge about electrocardiogram in Cuban doctors who work in Venezuela. Method: An innovative development study was carried out on doctors working in the state of Carabobo in the Republic of Venezuela, in the period from September 5, 2023 to March 20, 2024. Results: The specialist group was made up of 5 Doctors Specialist in Cardiology and 2 Graduates in Computer Science, which agreed with the design of the software for its implementation. In relation to the types of electrocardiograms, the appropriate indicator before using the software was represented by 52.38% and once the work with the software was finished, this indicator was represented by 90.47%. Conclusions: The educational software fulfilled the use for which it was created as an educational tool, with principles of didactics, becoming more motivating when incorporating knowledge about electrocardiogram topics to Cardiology resident doctors in service. Kew Words: educational software; knowledge development; electrocardiogram Introduction In recent years, technology has taken computing power to new horizons, driving an unprecedented revolution in information processing. With each new generation, the limits are pushed even further, allowing machines to perform more complex tasks and significantly assist in decision-making for critical problems, such as medical diagnosis.[1]. All of this, added to the popularization of the study and research of algorithms to analyze bioelectric signals, has encouraged the scientific community to develop mathematical models and software that serve as support for health professionals. Bioelectric signals are low amplitude and frequency signals coming from the human body, generated by electrochemical reactions of certain types of cells when excited. Some of these signals include the electrocardiogram (ECG) or the electroencephalogram (EEG). [1]. Specifically, the ECG plays a fundamental role in the study of the cardiac system, since it is probably the most important non-invasive method when detecting and diagnosing heart diseases. To record the behavior of the electric field produced by cardiac Open Access Research Article Journal of General Medicine and Clinical Practice Adrian González Méndez * AUCTORES Globalize your Research