Juan Daniel Juárez Camacho

Design of an optoelectronic device that allows recording the photoplethysmographic pulse wave of a subject in two regions of the body (bicep and index finger), so that it allows identifying notable points of the pulse wave.

Improve the organizational structure of the Clinical Engineering Department of Médica Sur Hospital, within the framework of SDG 3, to carry out the management of medical technology in some of the areas of the institution, in accordance with national and international standards and with compliance with the human sense of the profession, reviewing SDG 9.

Design and implementation of a neuroergonomic system that allows identifying habituation during a repetitive visual task through the use of PEVEE

The determination of radiopharmacokinetic models was carried out from the quantification of 2D and 3D nuclear images and the calculation of absorbed dose in organs of interest with factors shared by the OPENDOSE collaboration; reporting the absorbed dose in patients under 177Lu-iPSMA treatment

Develop an application for the management of nuclear images used in the planning of internal radiation therapies

In conjunction with the IPN Computing Research Center, a system was developed to measure stress when driving land vehicles. This system helps reduce accidents related to stress when driving.

With the Mexican prosthesis company W&GPM, a transtibial orthosis was designed to help improve the quality of life and mobility of patients who have been amputated due to diabetic necrosis.

A proposal was made allowing the systematization of the medical equipment reception process, which promotes efficient and effective information and communication flows, as well as the use of digital tools by all participants in this process.

A molecular diagnostic system for COVID-19 was developed, using genetic material from the SEARS-COV2 virus, modernizing analytical, biochemical and molecular diagnostic techniques in the biomedical field; improving disease statistics and the importance of improving the precision of diagnostic techniques for prevention and reduction of cases.

With HelixLab, a Danish company, a bioreactor was developed allowing the cultivation of microalgae with a temperature measurement system and one that allows control of the agitation speed, introduction of CO2, regulation of a lighting system, creating a closed mixtrophic cultivation system.