At Aridditive, we specialize in pioneering concrete 3D printing technology, focusing on designing, developing, and commercializing advanced 3D printers for the precast construction and urban furniture sectors. Our efforts have been pivotal in shaping the strategy for intellectual property, technology transfer, customer development, and funding strategies. We've successfully initiated flagship projects with architects and construction firms globally, aiming to revolutionize traditional… Show more At Aridditive, we specialize in pioneering concrete 3D printing technology, focusing on designing, developing, and commercializing advanced 3D printers for the precast construction and urban furniture sectors. Our efforts have been pivotal in shaping the strategy for intellectual property, technology transfer, customer development, and funding strategies. We've successfully initiated flagship projects with architects and construction firms globally, aiming to revolutionize traditional building methods through innovative and sustainable solutions. Show less

Associate Professor at the Barcelona School of Engineering (ETSEIB-UPC), where I engage in teaching students enrolled in the UPC Bachelor's degree in Industrial Technology Engineering and the UPC Master's degree in Industrial Engineering (MUEI). I find great fulfillment in imparting practical experience and knowledge to the next generation of engineers, fostering talent acquisition and nurturing future innovators in the field.

El propósito del máster CIME es analizar y evaluar las diferentes tecnologías asociadas al ámbito de la ingeniería de producto y de proceso que permiten pasar de la “Idea” al “Producto” en poco tiempo, coste reducido y calidad elevada, optimizando y acortando significativamente el tiempo de lanzamiento al mercado.

El objetivo del Máster DEDP es facilitar a los alumnos los conocimientos y habilidades necesarias para realizar, representar y transmitir las diferentes etapas de obtención y aprobación de un proyecto, desde la definición del concepto, las especificaciones, el diseño conceptual y, finalmente, el diseño de detalle hasta la imagen foto realista.

My career spans pivotal roles in driving technological innovation and strategic development. Until 2015, I served as Head of Technological Services, overseeing the production of pre-series and prototypes using advanced methods such as CNC machining, SLA, SLS, Vacuum Casting, and Metrology for automotive, household appliances, and engineering sectors. From 2015 to 2021, as Director of Research and Development, I led strategic planning and research in emerging technologies, managing… Show more My career spans pivotal roles in driving technological innovation and strategic development. Until 2015, I served as Head of Technological Services, overseeing the production of pre-series and prototypes using advanced methods such as CNC machining, SLA, SLS, Vacuum Casting, and Metrology for automotive, household appliances, and engineering sectors. From 2015 to 2021, as Director of Research and Development, I led strategic planning and research in emerging technologies, managing national and European projects in 3D printing and Industry 4.0.Since 2022, I have directed Transfer and Valorization at CIM UPC, coordinating research teams, evaluating technology readiness levels, developing IP strategies, and promoting entrepreneurship. Additionally, I lead XaRFA (Xarxa de Referència en Fabricació Additiva), which integrates over 30 research groups across Catalonia specializing in additive manufacturing technologies.My expertise includes technology transfer, industrial strategy, entrepreneurship, and advanced manufacturing technologies, contributing to advancements in the field and fostering collaboration within the research community. Show less

Born to unlock the barriers of additive manufacturing in real production enviroments through VLM Technology. VLM is a lithography-based AM technique that uses a transparent film to transfer high viscosity resins onto a build platform, where they are cured by light to form 3D printed parts. VLM can handle resins 100 times more viscous than traditional systems, resulting in superior mechanical properties and performance.

BCN3D Technologies was founded in 2011 under my leadership with a team of just one person. By the time I concluded my tenure as CEO in 2018, we had expanded to a team of 40 people, achieving a revenue of €3.5 million and securing a funding round of €2.7 million. During this period, I spearheaded the development of the IDEX technology, which revolutionized the professional desktop 3D printing market. Our presence extended across five continents, making a substantial impact in the industry… Show more BCN3D Technologies was founded in 2011 under my leadership with a team of just one person. By the time I concluded my tenure as CEO in 2018, we had expanded to a team of 40 people, achieving a revenue of €3.5 million and securing a funding round of €2.7 million. During this period, I spearheaded the development of the IDEX technology, which revolutionized the professional desktop 3D printing market. Our presence extended across five continents, making a substantial impact in the industry globally.BCN3D serves as a testament to entrepreneurship and demonstrates how technology developed in universities can significantly impact both the market and the local industrial landscape. Show less

Process EngineerFMS layout desingDesign of production toolingPrototype management in contact with customers (Ford, Land Rover, Volvo) and suppliers (FAG, Visteon, Fundació CIM...)Six-Sigma projects implementation

Stock management of cutting toolsPresetting managementSPC of tool wearTPM implementation in Walter grinding machines