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    Lorena A. Barba

    Professor, George Washington University. Faculty director, GW Open Source Program Office (OSPO). Past Editor-in-Chief: Computing in Science and Engineering, NumFOCUS Board of Directors. Jupyter Distinguished Contributor.

    Professional Background

    Lorena A. Barba is an esteemed engineering professor and principal investigator with a deep specialization in computational science and fluid mechanics. Through her leadership, she has cultivated a research group focused on pivotal areas such as computational fluid dynamics (CFD), computational biophysics, and high-performance computing—an interdisciplinary endeavor that marries computer science and applied mathematics. Lorena's profound understanding of these subjects has led her to become a key figure in advancing the domain of high-performance computing, especially with a focus on GPU hardware utilization, which enhances computational efficiency and effectiveness in simulations.

    As an NVIDIA CUDA Fellow since 2012, Lorena has distinguished herself within the engineering and computing communities by not only pushing the boundaries of research in fluid mechanics but also advocating for the use of cutting-edge technology to tackle complex computational challenges. Her work is characterized by an unwavering commitment to innovation and collaborative research, positioning her as a leading advocate for the integration of advanced computing methodologies in scientific inquiry.

    Education and Achievements

    Lorena's academic journey laid a robust foundation for her career in engineering. She earned her Bachelor of Science degree in Mechanical Engineering from Universidad Técnica Federico Santa María, where she honed her skills in engineering principles. Subsequently, she pursued her PhD in Aeronautics at the prestigious California Institute of Technology, equipping her with advanced knowledge and technical expertise that would serve her well in both academia and research.

    In her position as a professor at The George Washington University, she has excelled in teaching and mentoring students, fostering an environment that encourages innovation and critical thinking. Lorena's role was not just limited to lecturing; she has been instrumental in developing educational content available on platforms such as iTunesU, YouTube, and GitHub, making the knowledge accessible to wider audiences, including those keen on self-learning.

    Recognized for her innovative educational methods, Lorena created the first massive open online course (MOOC) at her university, named NumericalMOOC. This course reached over 8,000 enrollments within three years, depicting her commitment to open education and willingness to share knowledge widely and effectively. Lorena's exemplary work in online education and teaching technology has established her as a leading voice in the educational field, advocating for open and accessible learning environments.

    Contributions to Open Science

    Lorena Barba is notably known for her advocacy of open-source software within the scientific community. As an active member of the Board of Directors of the NumFOCUS Foundation since 2015, she has dedicated her efforts to the promotion and support of open-source projects specifically designed for scientific computing and data science. Her involvement underscores her commitment to enhancing the tools and techniques available to researchers, promoting collaboration and the democratization of scientific knowledge across various disciplines.

    Her engagement in the scientific Python stack showcases her depth of knowledge and her strategic direction in implementing accessible programming methodologies that benefit researchers at all levels. Additionally, Lorena has emerged as a trusted authority in the realm of computational reproducibility, fostering transparency and reliability in scientific research processes.

    Community Engagement and Research Impact

    Through her role as an educator and scientist, Lorena A. Barba continues to contribute significantly to the advancement of computational fluid mechanics and engineering education. Her diverse experience includes previously serving as an Associate Professor of Engineering and Applied Science at The George Washington University, as well as an Adjunct Assistant Research Professor at Boston University. Her involvement in diverse academic institutions has allowed her to reach a wide range of students and foster collaborative research initiatives.

    In her earlier career stages, she held noteworthy academic positions such as Visiting Fellow at the University of Bristol and Lecturer in Applied Mathematics, which have all contributed significantly to her multidisciplinary approach in research and teaching. The knowledge and skills she has amassed through these experiences empower her to effectively guide her research group and inspire the next generation of engineers.

    Notable Recognitions

    Lorena A. Barba’s contributions to engineering and education do not go unnoticed. Her recognition as an NVIDIA CUDA Fellow highlighted her commitment to the use of advanced computing techniques in research—an accolade that speaks to her deep knowledge and skills in high-performance computing. Her achievements further solidify her standing in both the academic and research communities.

    Conclusion

    To learn more about Lorena A. Barba, her research, and her contributions to the fields of engineering and education, visit her website where you can find links to her publications, research code, blog posts, and the latest news from her research group. Lorena is an inspiring figure in both educating future engineers and advancing essential research fields, highlighting her dedication to fostering an innovative and open scientific community.

    Highlights

    Jan 31 · Nature.com
    How to fix your scientific coding errors - Nature.com
    Oct 21 · Nature.com
    How to make your research reproducible - Nature.com

    Related Questions

    How did Lorena A. Barba contribute to the advancement of open-source software in scientific computing?
    In what ways has Lorena A. Barba's research in computational fluid dynamics influenced the field of engineering?
    What impact did Lorena A. Barba's NumericalMOOC have on online education at her university?
    How has Lorena A. Barba incorporated GPU hardware into her research in fluid mechanics?
    What motivated Lorena A. Barba to advocate for open science and computational reproducibility in research?
    Lorena A. Barba
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    Location

    Washington, District of Columbia, United States