Development of optimization methodologies for GPS signal analysis and processing in geodesy: application in comparative studies between Chile and Japan Application of sparse regularization techniques

During my academic career, I have actively pursued human capital training opportunities in geophysics to enhance my knowledge and skills in this field. I completed a Master's degree in Geophysics at the Universidad de Chile, where I specialized in geodesy and gained expertise in analyzing GPS signal data using optimization methodologies.

To further my training, I was awarded a prestigious scholarship to undertake an international internship at the California Institute of Technology (CALTECH). During my time at CALTECH, I had the opportunity to work alongside world-renowned researchers and gain valuable insights into the latest trends and techniques in geophysics research. The experience not only helped me to expand my knowledge and technical skills but also exposed me to new ideas and perspectives that I have since applied to my work.

Through my human capital training, I have gained a solid foundation in geophysics and a strong understanding of the importance of continued learning and skill development. I am now equipped with the expertise and experience needed to tackle complex geophysics challenges and contribute to advancing the field in Chile and beyond.

Also, I recently completed a program in Data Science and Machine Learning at the Massachusetts Institute of Technology (MIT).

The program at MIT provided me with valuable training in data-driven decision-making, machine learning techniques, exploratory data analysis, data visualization, neural networks, and more. I gained practical experience working on real-world projects and case studies, applying these skills to various data-driven scenarios.

The program has not only strengthened my technical skills and knowledge but also broadened my perspective on how data science and machine learning can be applied to geophysics research. I am now equipped with a strong foundation in both geophysics and data science, which I believe will be valuable for tackling complex research questions and making data-driven decisions in a variety of settings.

Overall, my human capital training has been critical to my professional growth and development, and I am committed to seeking new opportunities to expand my knowledge and skills in geophysics and related fields.

As part of my commitment to disseminating the results of my research, I have presented my work at various national and international conferences, including the American Geophysical Union (AGU). These conferences have provided me with valuable opportunities to share my findings with the wider scientific community, receive feedback from peers, and establish connections with other researchers and industry professionals.

In addition to conference presentations, I have also published a paper in the field of geophysics. This paper represents a significant contribution to the field and is a testament to my dedication to producing high-quality research that is relevant and impactful.

Through these dissemination and transfer activities, I have been able to share my research with a wide range of stakeholders, including fellow academics, industry partners, and policymakers. By doing so, I have helped to ensure that my research has a positive impact on society, and I have also been able to establish myself as a respected and influential voice in the field of geophysics.