Managed a team of 5 people on the products division of Softcrits, where we evolved ideas from proof of concepts to real products in the market, all deployed along Spain, in a very tight time-to-market: - Teebbol, a solution for golf courses to track players, automatize tasks in the club and provide efficiency on the daily management of the club. This system involved hardware design and integration as well as a full stack application deployed in the Cloud. - Softgreen, an IoT… Show more Managed a team of 5 people on the products division of Softcrits, where we evolved ideas from proof of concepts to real products in the market, all deployed along Spain, in a very tight time-to-market: - Teebbol, a solution for golf courses to track players, automatize tasks in the club and provide efficiency on the daily management of the club. This system involved hardware design and integration as well as a full stack application deployed in the Cloud. - Softgreen, an IoT application that provides a smart irrigation system of green areas, its algorithms provide a save of water of approximately 30%. This system involved hardware design and integration as well as a full stack application deployed in the Cloud. - iTank, an IoT application that manages the pump of water from a one tank to a remote one efficiently, saving energy, water and minimizing human resources to this task. This system involved hardware design and integration as well as a full stack application deployed in the Cloud - WISE, during Covid the levels of CO2 in close ambients where crutial to fight agains the disease. This application is a system that provided a real time monitoring of CO2 levels and also calculate and operate the ventilation of rooms. It involved the integration of different hardwares and also a full stack application deployed in the Cloud. Throughout these projects, we used an agile approach that fostered collaboration, flexibility, and iterative improvements, allowing us to adapt to evolving requirements and deliver high-quality products within demanding timeframes. In a commitment to software quality we used Sonarqube to ensure the quality of the software developed. Show less

Analysis and development of industrial software, most of it related to monitoring & controlling of industrial robots for NDT (non-destructive technique) market. Redesign and development of embedded software for input/output interface of complex simulators. This project was a technological challenge as it involved tight restrictions of real-time communications using industrial protocols, in particular CAN, ethernet but also the bridge to make both work together. Research and… Show more Analysis and development of industrial software, most of it related to monitoring & controlling of industrial robots for NDT (non-destructive technique) market. Redesign and development of embedded software for input/output interface of complex simulators. This project was a technological challenge as it involved tight restrictions of real-time communications using industrial protocols, in particular CAN, ethernet but also the bridge to make both work together. Research and development tasks in the field of Wireless Sensor Networks, related to EU funded projects and also to Spanish funded project. Show less

Worked for the European funded project SMEPP (Secure Middleware for Embedded Peer-To-Peer Systems) where I participated in the creation of a embedded version of the middleware to be used in constrained-resources devices, in particular for TinyOS, an operating systems for wireless sensors called MicaZ. Also participated in other parts of the project, from design, to testing via simulation of communications. Along the project I collaborated on a wide range of deliverables. During this… Show more Worked for the European funded project SMEPP (Secure Middleware for Embedded Peer-To-Peer Systems) where I participated in the creation of a embedded version of the middleware to be used in constrained-resources devices, in particular for TinyOS, an operating systems for wireless sensors called MicaZ. Also participated in other parts of the project, from design, to testing via simulation of communications. Along the project I collaborated on a wide range of deliverables. During this phase I researched in the field of middlewares for the programming of Wireless Sensor and Actuator Networks. One of my notable contributions is the creation of the middleware TC-WSANs (Tuple Channel Middleware for WSANs). Also participated in the development of a C++ application for the NDT industry, ResearchGate profile: Published a range of papers during this period on wireless communications and middlewares in a variety of well-known conferences and journals dedicated to these topics.https://www.researchgate.net/profile/Javier-Barbaran Show less

Participated in the development of an industrial desktop application for NDT (Non-destructive techniques) market. Developed and re-design an user-end desktop application for controlling/monitoring industrial robots.