With 229 million monetizable daily active users, it’s no wonder companies, small and large, consider Twitter a treasure trove of data with huge potential to support business intelligence.īut language is complex, and the journey towards transforming social media conversations into insightful data involves first processing large amounts of Tweets by ways of organizing, sorting, and filtering them.
The authors would like to thank Prasanna Selvaraj and Nikki Golding from Twitter for contributions to this blog.īusinesses and brands consistently monitor Twitter for a variety of reasons: from tracking the latest consumer trends and analyzing competitors, to staying ahead of breaking news and responding to customer service requests. This blog is based on a conversation with the Twitter team who’ve made this possible. Twitter recently launched an API toolkit for Google Cloud which helps developers to harness insights from Tweets, at scale, within minutes. As first and foremost a science research institute, we have a unique perspective on STEM education and offer the extremely relevant experience of our own STEM-professionals in all of our education work.Editor’s note: Although Twitter has long been considered a treasure trove of data, the task of analyzing Tweets in order to understand what’s happening in the world, what people are talking about right now, and how this information can support business use cases has historically been highly technical and time-consuming. ISB's programs nurture excitement and aspiration in teachers and their students, help students do authentic science around current and culturally relevant STEM content, and provide exemplary resources to support career trajectories and life pathways. For over 20 years, ISB’s vision has been for all students to graduate ready to learn, thrive, work and engage in a STEM-rich society. They focus on some of the most pressing issues in human health, including brain health, cancer, sepsis and aging, as well as many chronic and infectious diseases.Ī focal point of ISB is making STEM (science, technology, engineering, and mathematics) education a reality for every student regardless of race, gender or socioeconomic status. ISB is a collaborative and cross-disciplinary nonprofit biomedical research organization based in Seattle. ISB was created in 2000 as the first-ever institute dedicated to systems biology.
This revelation began a cycle of learning and contributing that began in 2014 and continues today. In fact, they were even ready to translate their own learning into NEW, more advanced materials, that others could learn from. When we field-tested instructional materials on computational modeling we learned that high school students were ready, now, no matter their math level to use our instructional materials. In many cases, students themselves can move through these STEM investigations. SEE teams then translate that scientific research into classroom-ready curriculum modules that teachers can use to guide middle and high school students through authentic STEM investigations. This happens during internships, ambassador programs, courses and workgroups. SEE does this by bringing together collaborative teams of people to learn and do science together. SEE's mission is to cultivate interdisciplinary skills for solving complex problems. SEE is a student-teacher-scientist partnership program that was founded by Dr.
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