I led the development of a new gas sensing system by defining the problem statement and identifying project goals and objectives. I conducted market research to identify our target audience and potential competitors, and developed a project plan that included timelines, milestones, and resource allocation.Working closely with a cross-functional team with expertise in product design, engineering, data analysis, and project management. Together, we created a product roadmap that outlined the development phases and product releases.I also identified and evaluated appropriate technologies and tools, and designed the physical product's architecture, including hardware and network infrastructure. To ensure the product met quality standards, I worked on a comprehensive quality assurance and testing plan.Throughout the project, I provided leadership and guidance to the team, and continuously monitored and evaluated the product's performance. This experience allowed me to hone my skills in project management, cross-functional collaboration, physical product architecture design, technology evaluation, quality assurance, and leadership.

Developing cost-effective, high sensitive and long-lasting new gas sensors to improve the detection of gases with a harmful potential for human health as well as the environment.Relevant experience acquired through the PhD:- Metal oxide gas sensors, physical or chemical synthesis and material characterization. - Analysis of controlled atmospheres for pollutant gases (quality control).- Scanning Electron Microscope (SEM) training. - Scientific Writing and Scientific communication (Attendance to different scientific congress, giving talks or attending to poster presentations.)- Entrepreneurship course at ESADE Business School- Three month stay in a research group in Kyushu University (Japan)Publications in peer reviewed journals:- AACV and gas sensing properties of nickel oxide nanoparticles decorated tungsten oxide nanowires- WO3 nanowires loaded with cobalt oxide nanoparticles, deposited by a two-step AACVD for gas sensing applications- Tungsten trioxide nanowires decorated with iridium oxide nanoparticles as gas sensing material

My final master's research project deals with nanowires technology from their growing to their characterization and performance on different fields; such a obtention of hydrogen from water splitting catalysis as a new source of renewal energy, on the chemical engineering department under the supervision of Professor Podlaha-Murphy.

I took the theoretical subjects as well as the practical part of clean room training as part of the master degree in Nanoscience, materials and processes: Chemical technology at the frontier.

Develop and tune a methodology by High Performance Liquid Chromatography (HPLC) for analysis of polycyclic aromatic hydrocarbons in drinking water as well as a methodology for analysing the content of fat-soluble vitamin in different types of samples.

As part of my university training I did my laboratory practices in Repsol chromatography control area. There I implement a method for the determination of oxygenates in LPG and therefore its statistical study and later comparative with ASTM standard concerned. In addition, I developed a methodology to calibrate the instrument from liquid pattern as a replacement of the gas phase pattern.

I worked as an instructor with children between 12 and 17 years, my responsibilities were to help them with the accommodation to foreign families and help them with problems they might have during their stay in Canada.

I worked as an instructor with children between 12 and 17 years. My duty was helping them with integration into foreign families and had control of their activities and classes.

I worked as an instructor with children between 12 and 17 years, my responsibilities were to help them with the accommodation to foreign families and help them with problems they might have during their stay in Ireland.