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New York (December 18, 2018) ʯÁñÊÓƵ»ÆÉ«°æ“ McGraw-Hill today announced that it has won a  in recognition of its new artificially intelligent tool that uses machine learning to help prevent ʯÁñÊÓƵ»ÆÉ«°æ from failing or dropping out of a course. The tool is part of McGraw-Hill ALEKS, an award-winning learning solution focused on math and chemistry.

Built in response to educator input, McGraw-Hill ALEKS research scientists, UX designers and user researchers created an artificially intelligent tool to analyze student performance data and developed a system of nudge alerts that go to instructors and point them to behaviors putting ʯÁñÊÓƵ»ÆÉ«°æ at risk of falling behind or failing.

ALEKS Insights will be available as a new feature for K-12 and higher ʯÁñÊÓƵ»ÆÉ«°æ courses beginning in mid-2019. The annual Digital Edge awards recognize 50 organizations for ongoing digital transformation initiatives that have significant, measurable impact on business.

"We are honored to be recognized among companies that have been leaders in the digital transformation of their industries," said Scott Virkler, Chief Product Officer for higher ʯÁñÊÓƵ»ÆÉ«°æ at McGraw-Hill. "We built ALEKS Insights based directly on educator feedback, so we see this award as a clear demonstration of the effectiveness of our approach and commitment to building innovative technology that empowers educators and ʯÁñÊÓƵ»ÆÉ«°æ."

ALEKS Insights provides instructors with a report about ʯÁñÊÓƵ»ÆÉ«°æ who may be struggling or falling behind. From the tool, instructors can directly message ʯÁñÊÓƵ»ÆÉ«°æ or view more detailed ALEKS reports to understand the issue.

The tool surfaces to instructors the following potential problem areas:

• Topics Failed: Content ʯÁñÊÓƵ»ÆÉ«°æ have attempted multiple times without success.
• Learning Decreased: Students who show a significant drop in successful learning despite continuous time spent in the system.
• Unusual Learning: Students who show a significant increase compared to previous learning, which may signify ʯÁñÊÓƵ»ÆÉ«°æ not doing their own work.
• Procrastination & Cramming: Students whose time spent in ALEKS varies, showing long periods of inactivity followed by high bursts of activity.

"By focusing the initial build on the needs of educators, this technology is able to deliver value quickly to a group that has asked for this kind of capability," Virkler said. "We take great pride in listening and reacting to our customer needs. ItʯÁñÊÓƵ»ÆÉ«°æ™s tremendously satisfying to see this acknowledgement of McGraw-Hill for our cutting-edge product development based on learning science."