The recent launch of widely available and powerful artificial intelligence (AI) tools has presented myriad opportunities and challenges for administrators and teachers at K12 schools. Because they are widely available and powerful, their use by students is inevitable. For these same reasons, they present a number of challenges for school administrators and teachers. For schools to fully leverage the opportunities presented by AI, administrators must acknowledge its limitations and potential pitfalls along with the significant potential advantages in terms of time-saving, personalization and student self-efficacy. Everything from lesson planning, to the development of assignments and assessments, to the way student work is graded, is already being impacted.

ABii the Smart Robot Tutor!

ABii tutors K-5 students in math, reading and social-emotional learning to significantly improve academic performance. ABii helps students achieve skills mastery with certified teacher-created, standards-aligned lessons. She promotes strong learning habits that contribute to lifelong learning.

ABii Smart Tutoring Robot

Current training for teachers focuses on imparting an understanding of how the tool(s) work for the development of lessons and assignments, as well as how students might use AI to complete those assignments and prepare for exams. At the same time, administrators are implementing systems of accountability for both teachers and students, ensuring that teachers are equipped to check sources used when creating materials and checking student work, and preparing students to hone their ability to develop appropriate queries and evaluate the quality of outputs. Schools that build and revisit these foundational plans, are effectively preparing their students for the new and emerging job market. The reality is, if we do not actively lead the next generation on this front, we will fail them.

Beginning as early as Kindergarten, schools can provide opportunities for students to explore AI-enabled technologies that are age-appropriate, standards-aligned and productive. Although the emergence of the latest AI applications is fairly recent, empirical research showing the impact of educational technologies that leverage AI to improve student learning is not new. Adaptive frameworks which personalize learning pathways for students have been available for use for several years. New technologies now incorporate the ability to adjust the content and pace of lesson delivery, making them useful for differentiating one-on-one instruction for individual students. Additionally, AI-enabled classroom technologies can tackle some of the social aspects of learning challenges that have mostly been overlooked by standard online applications. For example, university-researched social robots, like the ABii robot, leverage AI and have demonstrated statistically significant learning gains due to higher rates of engagement, lesson scaffolding and social reinforcement for students. In general, social robots have shown promise for enhancing lifelong learning skills like self-efficacy, metacognition and critical thinking skills.

STEM & Robotics Workshops for Schools!

Did you know that we offer Inspiring Robotics & STEM Workshops For Teachers & Students Of All Ages? So, dive into an exploration of Robotics and STEM workshops delivered by one of our qualified STEM educators! Our programs are fully customisable and can be tailored to your students’ competencies and programming experience.

As AI technology evolves, educators will continue evaluating and offering digital tools to ensure that students are well prepared for the new and emerging job market. New challenges and opportunities will surface and as they do, one thing is certain: educators will continue paving the way for their students to learn to use best-in-class AI tools in a responsible and productive way, so ultimately, they too can lead the way for others.

About The Author

Laura Boccanfuso

Laura is the founder and CEO of Van Robotics, a company that develops AI-enabled robot tutors to enhance academic learning for K-5 students. Through machine learning and sensing, Van Robotics personalizes core skills instruction for individual students. Prior to this, she worked at Yale University as an Associate Research Scientist and a Postdoctoral Associate. Laura also completed her Ph.D. in Computer Science (Socially Assistive Robotics) at the University of South Carolina. Additionally, she served as the Program Coordinator for Research Experiences for Undergraduates at the Department of Computer Science and Engineering at USC, where she assisted undergraduate participants in research and paper writing for publication.