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How Does AI Learning Companion Help With Challenges in Implementing Project-Based Learning?

How Does AI Learning Companion Help With Challenges in Implementing Project-Based Learning?

How Does AI Learning Companion Help With Challenges in Implementing Project-Based Learning?

How Does AI Learning Companion Help With Challenges in Implementing Project-Based Learning?

Feb 7, 2024

The challenge Curiously™ aim to address is implementing personalized learning experiences at scale in secondary education. Project-Based Learning (PBL) is effective for developing critical 21st-century skills but faces obstacles such as time-consuming project management, balancing student independence with support, integrating technology, and designing authentic assessments. Additionally, students often struggle with formulating effective questions, staying motivated, navigating group dynamics, and overcoming an exam-oriented mindset.

In today’s digital age, businesses also face the challenge of enhancing efficiency and driving growth. Software-as-a-Service (SaaS) has emerged as a transformative solution, offering cloud-based applications to streamline processes and unlock potential.

What is Project Based Learning (PBL)?

Project-based learning (PBL) is an educational approach where students engage in extended, real-world projects to build their knowledge and skills. As a student-centered method, PBL focuses on preparing students for life beyond the classroom.

How Curiously™ Revolutionizes STEM Learning Class

A teacher is interacting with a student in the class, while the others work independently.

The photo above shows a common scenario in hands-on STEM learning where students work on projects at varying paces while teachers attempt to provide timely assistance. Despite the teacher’s best efforts, it can be difficult to address all students' needs promptly, leaving some students feeling lost and unmotivated.

Here’s where the Curiously™ system comes into play. Imagine a classroom where a Curiously™-powered learning companion supports students in understanding electronic and mechanical components. Before class, the teacher configures the companion with the Learning Objectives, Pedagogy Method, and Behavior Style. During class, Curiously™ helps students grasp the components they’re working with and waits for further questions, providing personalized assistance based on the teacher’s setup.

Curiously™ also collects real-time data on students’ queries and responses, offering insights into their thinking processes. This data allows teachers to monitor progress, intervene when necessary, and analyze learning patterns post-class to improve future hands-on activities and support.

Ready to see how Curiously™ can elevate your classroom? Request a demo today and discover how personalized learning at scale can become a reality for your students!

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Want to build an AI Knowledge Agent with your domain expertise?

Click the button to try out our solution. If you need any help, please check out our tutorials or contact us at anytime.

Want to build an AI Knowledge Agent with your domain expertise?

Click the button to try out our solution. If you need any help, please check out our tutorials or contact us at anytime.