Electronic Certification Engineer

• Jan 2020 - Present

Product Developer

• Jun 2019 - Dec 2019

Responsible for fulfilling the regulatory requirements and the expectations of the customer of the Step product. One of my main tasks is to implement and maintain the quality management system. I am also responsible for the preparation and maintenance of documentation relating to the health registration of products, as well as obtaining the CE marking of products. Moreover, I work together with the technical team in the design and development of the product functionalities, and I also carry out… Show more Responsible for fulfilling the regulatory requirements and the expectations of the customer of the Step product. One of my main tasks is to implement and maintain the quality management system. I am also responsible for the preparation and maintenance of documentation relating to the health registration of products, as well as obtaining the CE marking of products. Moreover, I work together with the technical team in the design and development of the product functionalities, and I also carry out the usability and clinical validation of the product. Show less Responsible for fulfilling the regulatory requirements and the expectations of the customer of the Step product. One of my main tasks is to implement and maintain the quality management system. I am also responsible for the preparation and maintenance of documentation relating to the health registration of products, as well as obtaining the CE marking of products. Moreover, I work together with the technical team in the design and development of the product functionalities, and I also carry out… Show more Responsible for fulfilling the regulatory requirements and the expectations of the customer of the Step product. One of my main tasks is to implement and maintain the quality management system. I am also responsible for the preparation and maintenance of documentation relating to the health registration of products, as well as obtaining the CE marking of products. Moreover, I work together with the technical team in the design and development of the product functionalities, and I also carry out the usability and clinical validation of the product. Show less

Engineer - Master's Thesis Student

• Aug 2018 - Apr 2019

Research scholar at Center for Arrhythmia Research (Optical Mapping Lab). Signal and image processing of data obtained during the simultaneous optical and electrical mapping experiments in isolated sheep hearts. Statistical analysis to find the correlation between the gold standard panoramic optical mapping approach with other commercial solutions. Research scholar at Center for Arrhythmia Research (Optical Mapping Lab). Signal and image processing of data obtained during the simultaneous optical and electrical mapping experiments in isolated sheep hearts. Statistical analysis to find the correlation between the gold standard panoramic optical mapping approach with other commercial solutions.

Engineer - Bachelor's Thesis student

• Feb 2017 - Jul 2017

In "A Lever Motion Energy Harvesting System for Powering an Electronic Door Lock" , a possible solution in electric access control lock was evaluated to demonstrate in an early future they will work autonomously. First of all, an existing prototype was improved in order to harvest more energy. Furthermore, an electronic system design was done in order to store the generated energy. Finally, the whole system was assembled and tested. In "A Lever Motion Energy Harvesting System for Powering an Electronic Door Lock" , a possible solution in electric access control lock was evaluated to demonstrate in an early future they will work autonomously. First of all, an existing prototype was improved in order to harvest more energy. Furthermore, an electronic system design was done in order to store the generated energy. Finally, the whole system was assembled and tested.

Department Intern

• Oct 2016 - Dec 2016

I worked in the "Health monitoring with driving simulator" project, where I focused in the design of data adquisition system for EEG, PPG, ECG and accelerometer sensors. The main objective was to study how influential weather and traffic parameters are to electrophysiological constants of a driver. As a first approach to the project, I carried out several succesful simulations. I worked in the "Health monitoring with driving simulator" project, where I focused in the design of data adquisition system for EEG, PPG, ECG and accelerometer sensors. The main objective was to study how influential weather and traffic parameters are to electrophysiological constants of a driver. As a first approach to the project, I carried out several succesful simulations.