We are delighted with your interest in joining the IEEE MOVE Community Outreach initiative. The MOVE program is looking for qualified volunteers who not only have a deep passion for humanitarian work but also the expertise, wisdom and time to commit in support of the program. We are currently seeking candidates for leadership positions of committees and working groups for our global program expansion. Currently we are looking for volunteers in support of our programs in Puerto Rico. We realize that few people have the ability to extensively volunteer to a program such as ours. It is through the diverse efforts of committee members, each contribution their time and resources as they are able, in a combined effort that allows us to address the many programmatic needs. Information you provide will allow us to appreciate your talents and time so we can best engage you in the program. For more information, you can visit the (https://move.ieee.org/) webpage. Thank you! Co-sponsored by: IEEE MOVE Puerto Rico Virtual: https://events.vtools.ieee.org/m/407879

IEEE Young Professionals CN Event The IEEE Young Professionals of the Centro-Norte Brasil Section is pleased to announce the lecture The Roadmap to Professional Excellence in Chip Making and AI-enhancements, featuring Ms. Rupal Jain, a accomplished professional in the electrical and electronic engineering, semiconductor, and production operations industries. With an impressive resume and extensive experience, Rupal will provide valuable insights on achieving professional excellence in chip manufacturing and AI enhancements. What to Expect from the Lecture: - Innovation in Chip Manufacturing: Discover the latest trends and technologies revolutionizing chip manufacturing. - AI Enhancements: Understand how advancements in artificial intelligence are shaping the future of engineering and production. - Professional Excellence Virtual: https://events.vtools.ieee.org/m/427301

En la biología del desarrollo, la información posicional que dicta el orden espacial de diferenciación celular es generalmente dictada por gradientes morfogenéticos. Conceptualmente, el modelo es que estos gradientes establecen patrones de expresión génica dependiendo de la concentración, pero en la práctica esto resultaría en poca precisión y reproducibilidad de los patrones resultantes. En esta charla, daré una introducción a algunos mecanismos que ofrecen robustez y mostraré que a mayor robustez se pierde precisión. utilizando modelos matemáticos no lineales. Combinando trabajo teórico y experimental en el desarrollo del tejido precursor del ala de la mosca de la fruta, Drosophila melanogaster, mostraré cómo los sistemas biológicos pueden ofrecer soluciones a problemas complejos. [] Bldg: Edificio de Laboratorios de Investigación, Campus Dr. Victor Levi Sasso, UTP, Panama, Panama, Panama