A modern curriculum framework encompasses both subject-matter requirements and 21st century skills such as collaboration, communication, and critical thinking—and the assessment strategies behind them must evolve alongside.
Discover how the Intel Education Transformation Model can help you implement an effective, flexible curriculum framework and develop lesson plans and teaching strategies that offer standards-based, student-centered learning experiences.
As teachers change the way they teach, technology is providing powerful new ways to assess student progress, both to improve outcomes by providing immediate and highly targeted feedback, and to increase accountability.
Christián Rizzi, Educational Technology Consultant
Based in Argentina, Christián Rizzi is an education innovator who develops curricula and content resources, and works with teachers and school systems in Latin America and other Spanish-speaking countries, with a focus on science education.
Begin your technology-enabled curriculum and assessment strategies by reading chapter 6 of the Transforming Education for the Next Generation guide, “Curriculum and Assessment: Strategies and Resources to Activate Learning.”
Modernize your curriculum and assessment approaches by implementing strategies that achieve goals, such as aligning curricular frameworks and assessments to reflect students’ learning goals.
To help educators foster the next generation of innovators, Intel provides science, technology, engineering, and math (STEM) curriculum, competitions, and resources to ignite students’ interest and participation.
Every year, millions of high school students try to make it to the Intel International Science and Engineering Fair (Intel ISEF), a program of Society for Science & the Public, a week-long STEM celebration.
Access free online K–12 tools to create active learning environments as well as find teaching resources such as lesson plans, assessment strategies, and project ideas.
Discover the 11 education success measures (ESMs) as determined by Project RED, and see how properly implemented technology can substantially improve student achievement and increase revenue.
An international, multifaceted collaboration aims to articulate and demonstrate how the true potential for learning can be realized through new pedagogies in a technology-rich society.
London Grid for Learning (LGfL) was established to create a reliable and safe broadband learning network for London’s 1.2 million students.
Through the Assessment & Teaching of 21st Century Skills (ATC21S) project, Intel works with Cisco, Microsoft, and 60 leading scholars and progressive governments to prepare students for the modern workforce.
Intel has joined with UNESCO, Cisco, the International Society for Technology in Education (ISTE), and Microsoft to help educational policy makers and curriculum developers.
Extending the research and outcomes of the ATC21S project, Intel formed the Collaborative Assessment Alliance with partners to help education systems improve teaching and learning.
This framework provides tools and resources to integrate reading, writing, and arithmetic with collaboration, creativity, and innovation.
ISTE has defined a set of standards that position technology skills in the context of school subjects.
Common Core State Standards Initiative (CCSSI) was created by US government and business leaders to ensure that all students receive college- and career-ready education.
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