About me
I'm David Caraveo and I'm originally from Herosillo, Mexico. I moved to Germany in 2015 to complete my Master's degree in Biomedical Engineering. My hobbies are cooking oriental cuisine, baking pastries and learning new languages.
Professional Education
04.2017 - 04.2018
Universität zu Lübeck & Fachhochschule Lübeck, Germany
Diploma in Manager in Regulatory Affairs
Quality Management for medical equitments acording to the ISO 13485. Requirements for electrical safty according to the IEC 60601
09.2015 - 03.2018
Universität zu Lübeck & Fachhochschule Lübeck, Germany
Master's degree in Biomedical Engineering
Master thesis: Concept of a Bluetooth Master Device in a Sensor Network up to fourteen Slaves
08.2007 - 05.2012
University of Monterrey, Mexico
Bachelors's degree in Biomedical Engineering
Bachelor thesis: Automation of analyzing cancer cells by fluorescent imaging
Professional Experience
2018 - Current
UniTransferKlinik Lübeck GmbH, Germany
Software Developer
In collaboration with Kompetenzzentrum Mittelstand 4.0 Kiel, founded by BMWi (Federal Ministry of Economics and Technology), my activities are to support SMEs so that they can go digital. Focusing on application and transfer projects. In those projects I make both software and hardware. In addition I elaborate events where knowledge about wireless technologies used in the field of health is transferred to the companies.
2018 - Current
Univerzität zu Lübeck, Germany
Software Developer
Employed as scientific employee I am working on interapeorable medical devices with the new family standard IEEE-11072. I have developed a online plataform which virtual medical devices can be testet for this respective stadard. Collaboring with OR.NET and Dräger.
2017 - 2018
GAIA GmbH, Germany
Software & Hardware Developer
In this company I have written my Mastes's Thesis. In the area of R&D I have developed a new device for the enterprise, which can be used to control and save the information of fourteen motion sensors. The master device was implemented with Bluetooth Low Energy and Raspberry Pi with the I2C protocol to communicate each componets.