Barcelona, Catalonia, Spain
Seasoned high-tech business leader and accomplished product manager. Driven by relentless curiosity, boundless creativity, and an unwavering passion for cutting-edge technology. Excels in navigating complex, highly uncertain business landscapes and delivering outstanding results. Currently working at HP Additive Manufacturing Solutions in Barcelona, leading the Unmanned Systems team globally.
Leading HP's Unmanned Systems team, supporting hundreds of drone manufacturers globally from adoption to manufacturing parts at scale. Including critical components up to entire airframes.
• Leading cross-functional teams to identify and capitalize on business opportunities in emerging 3D printing applications across sectors including medical devices, unmanned systems, and consumer goods. • Developing innovation roadmaps in collaboration with key industry players and unicorn startups globally, resulting in double-digit annual revenue growth rates. • Guiding cross-functional teams in product development, successfully enabling applications previously deemed impossible to manufacture.
• Successfully led end-to-end product lifecycle of new HP Multi Jet Fusion production systems, overseeing multi-million dollar projects for HP's key customers in high-volume production industries such as medical devices, automotive, and robotics. • Conducted thorough market research and competitive analysis to pinpoint customer needs and market trends, shaping product strategy and innovation roadmaps. • Worked closely with engineering, design, sales and marketing teams to prioritize features, outline product requirements, and deliver topnotch products on schedule and within budget. • Implemented pioneering product development methodologies that facilitated closer collaboration between customers and engineering/design teams, resulting in the shortest time from concept to launch through rapid iterations, and achieving the highest customer satisfaction rating within HP 3D Printing's portfolio. • Established strong relationships with key stakeholders, including executives, customers, and internal teams, ensuring alignment and securing support for product initiatives.
First study world-wide to examine the relationship between the incidence of out-of-hospital cardiac arrest and both socio-economic factors as well as ethnicity backgrounds through the use of data mining and multiple machine learning algorithms. In cooperation with the Amsterdam Resuscitation Studies (ARREST) at the Academic Medical Center (AMC) in Amsterdam.
First European study to investigate the potential of 3D Printing to print spare parts of ground based military systems. On behalf of the Royal Netherlands Army’s Maintenance and Logistics Command, and as part of the research project “Sustainability Impact of New Technology on After-sales service Supply chains (SINTAS)”. Nominated for the Service Logistics Forum Thesis Award 2015.
As part of the BSc Industrial Engineering and Management