Increasing Middle School Math Progress: Carnegie Learning Receives LEVI Grant to Double Success Rate by 2027
Introduction:
Carnegie Learning, an AI-driven education technology company, has been selected by the Learning Engineering Virtual Institute (LEVI) as one of seven teams dedicated to doubling the rate of middle school math progress for low-income students by 2027. The teams will use AI and machine learning to develop innovative and affordable interventions for math education. Carnegie Learning’s solution, MATHstream, uses generative AI and engaging video lessons to increase students’ motivation and engagement. It aims to provide effective tutoring in low-income classrooms and address current challenges in education.
Full Article: Increasing Middle School Math Progress: Carnegie Learning Receives LEVI Grant to Double Success Rate by 2027
Carnegie Learning Sets Out to Double Middle School Math Progress for Low-Income Students by 2027
In an exciting collaboration, Carnegie Learning has been chosen as one of seven teams joining forces with the Learning Engineering Virtual Institute (LEVI) to achieve an ambitious goal: to double the rate of middle school math progress for low-income students by 2027. These teams, which include Carnegie Mellon University, Eedi, Rising Academies, the University of Colorado Boulder, Khan Academy, and the University of Florida, are dedicated to utilizing the power of AI and machine learning to develop innovative and affordable interventions to enhance middle school math education.
Carnegie Learning, a pioneer in AI-driven education technology, is deeply involved with three of the teams. They are partnering with Carnegie Mellon University on the LEVI Plus grant, and the University of Colorado Boulder/Saga, who are utilizing Carnegie Learning’s award-winning MATHia as part of their intensive tutoring.
Carnegie Learning’s solution, known as MATHstream, aims to increase students’ motivation and engagement through the use of generative AI. MATHstream is the only adaptive, interactive video streaming program for grades 6-12 that features high-profile math influencers delivering targeted instruction in a game-based environment. This unique program combines engaging video lessons with real-time questions, prompts, and feedback to provide an effective tutoring alternative for low-income classrooms. It addresses some of the biggest challenges in education today, such as the shortage of teachers and the need for personalized instruction.
MATHstream offers a personalized 1:1 learning experience where the digital tutor adapts to meet the students at their current level of understanding. By scaling tutoring accessibility and combatting teacher fatigue, MATHstream aims to help struggling students achieve higher proficiency levels and conceptual learning.
Barry Malkin, the CEO of Carnegie Learning, expressed his excitement about being selected for this “dream team” by LEVI. He acknowledged the groundbreaking work of Dr. Steve Ritter, the founder and Chief Data Scientist of Carnegie Learning, who created the first AI-driven math program over 25 years ago. Malkin believes that the collaboration with LEVI will bring them to new levels of success in improving student outcomes.
For those interested in learning more about LEVI, the teams, and their revolutionary projects, please visit [website link].
About Carnegie Learning, Inc.
Carnegie Learning is a leading provider of AI-driven technology, curriculum, and professional learning solutions for K-12 education. With over 25 years of experience, their products, including math, literacy, world languages, professional learning, high-dosage tutoring, and MATHstream, have proven to deliver real and lasting results. Carnegie Learning’s dedication to harnessing the power of data has allowed them to support over 2 million students and educators across North America.
About the Learning Engineering Virtual Institute (LEVI) Program
LEVI was established in 2022 with the mission to significantly improve math outcomes for middle school students within five years. The program selected seven teams, including Carnegie Learning, to develop interventions and strategies to achieve this goal. Through collaboration and experimentation, these teams hope to make a lasting impact on math education.
In conclusion, Carnegie Learning’s partnership with LEVI and their commitment to using AI and machine learning to enhance middle school math education is a promising step towards doubling the rate of progress for low-income students. With their innovative MATHstream program, they aim to provide accessible and personalized instruction, helping struggling students reach new levels of success.
Summary: Increasing Middle School Math Progress: Carnegie Learning Receives LEVI Grant to Double Success Rate by 2027
Carnegie Learning, an AI-driven education technology company, has been chosen by the Learning Engineering Virtual Institute (LEVI) as one of seven teams aiming to double the rate of middle school math progress for low-income students by 2027. The teams will use AI and machine learning to develop innovative and affordable interventions for math education. Carnegie Learning’s solution, MATHstream, uses generative AI to customize avatars and increase student motivation and engagement. The program offers personalized instruction through interactive video streaming, aiming to address challenges in education such as teacher shortages and student achievement.
Frequently Asked Questions
1. What is Carnegie Learning’s LEVI Grant?
The LEVI (Learning Enhanced by Virtual Intelligence) Grant is an initiative by Carnegie Learning aimed at doubling the rate of middle school math progress by 2027. It focuses on leveraging virtual intelligence and technology to enhance math learning outcomes for students.
2. How was Carnegie Learning awarded the LEVI Grant?
Carnegie Learning was awarded the LEVI Grant through a competitive application process. The grant was received based on the strength of Carnegie Learning’s proposed initiatives, innovations, and expertise in the field of math education.
3. What does the LEVI Grant aim to achieve?
The LEVI Grant aims to double the rate of middle school math progress by 2027. It seeks to achieve this by utilizing virtual intelligence technology to personalize and enhance the learning experience, providing students with improved math skills and knowledge.
4. How will the LEVI Grant impact middle school math education?
The LEVI Grant will have a significant impact on middle school math education by fostering innovative teaching strategies and utilizing virtual intelligence technology. This will result in more personalized learning experiences, increased engagement, and improved math learning outcomes for students.
5. How will virtual intelligence be incorporated into math education under the LEVI Grant?
Under the LEVI Grant, virtual intelligence will be incorporated into math education through the development and implementation of adaptive learning platforms, interactive tools, and intelligent tutoring systems. These technologies will provide personalized instruction and feedback to students, enabling them to progress at an accelerated rate.
6. How can schools and educators benefit from the LEVI Grant?
Schools and educators can benefit from the LEVI Grant by gaining access to cutting-edge virtual intelligence technologies, comprehensive math curriculum resources, and professional development opportunities. These resources will support teachers in delivering high-quality math instruction and help schools improve student math outcomes.
7. Will the LEVI Grant be available to all middle schools?
The availability of the LEVI Grant to middle schools may vary depending on the specific terms and conditions set by Carnegie Learning and the grant funding sources. It is recommended that interested schools reach out to Carnegie Learning directly for detailed information on eligibility and application processes.
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