Adrian Sannier

Adrian Sannier is the Chief Academic Technology Officer for EdPlus at ASU and a Professor of Practice in the School of Computing, Informatics, and Decision Engineering at Arizona State University. He is part of the ASU team pursuing an ambitious program of general education reform that Inside Higher Education called "ground zero for data-driven teaching in higher education", combining Big Data, social networking, and evidence based instruction to drive better student outcomes at scale.
Previously, Sannier was Senior Vice President for Product at Pearson, the world’s largest education company, where he helped forge a partnership between ASU Online and Pearson. Under the agreement, Pearson provides ASU with technology, content, and services to support ASU's twin goals of access and excellence. While at Pearson, Sannier also led the product teams responsible for Learning Studio, Tapestry, Equella, and #OpenClass. Sannier has been an outspoken evangelist for the increased use of technology in Education. In 2012 The Chronicle of Higher Education named Sannier one of the “12 Tech Innovators Who Are Transforming Campuses”.

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College Algebra and Problem Solving (edX) EdX
Arizona State University,ASUx

College Algebra and Problem Solving (edX)

Discover the fundamentals of Algebra and problem-solving techniques in this college-level math course offered by edX. Gain essential skills in linear and quadratic functions, general polynomials, rational expressions, and more, while preparing for advanced studies like Calculus. This credit-eligible course is perfect for students aiming to enhance their algebraic reasoning and problem-solving abilities.

Self-Paced
Self-Paced
Precalculus (edX) EdX
Arizona State University,ASUx

Precalculus (edX)

Prepare for calculus by enrolling in our college-level Precalculus course offered on edX. This credit-eligible program is tailored for students who want to enhance their understanding of functions and quantitative reasoning. Gain the skills needed to analyze various mathematical concepts including linear, exponential, logarithmic, polynomial, rational, and trigonometric functions.

Self Paced
Self-Paced
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