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Magic School AI
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Introduction
MagicSchoolAI addresses every facet of classroom management and instruction. Lesson planners incorporate backward design principles, aligning activities with specified learning objectives and assessment rubrics. The grading assistant analyzes student work samples to suggest personalized feedback while detecting knowledge gaps through natural language processing. Developed specifically for teachers across all subjects and grade levels, this platform integrates tools that address critical pain points in lesson planning, student engagement, and workload management. A distinguishing characteristic of MagicSchoolAI's integration approach is its emphasis on accessibility through intuitive design. The platform eliminates the need for complex AI prompting by providing straightforward user interfaces featuring pre-made buttons, dropdown menus, and simplified text fields. This design philosophy makes advanced AI capabilities accessible to educators regardless of their technical proficiency, substantially lowering the barrier to entry for AI implementation in educational settings. It helps reducing administrative burden through intelligent automation and preserving instructional time for human-centered teaching.
Key Features
- Comprehensive Teacher Toolkit: Provides educators with access to over 80 specialised tools for automating administrative and instructional tasks. These tools assist in creating lesson plans, generating assessments and rubrics, and drafting communications like report card comments or parent emails.
- Raina AI Chatbot: Features a conversational AI assistant named 'Raina', which is designed specifically for educational contexts. Teachers can use the chatbot to brainstorm ideas, ask for instructional strategies, and generate various educational materials through direct conversation.
- MagicStudent Platform: Offers a distinct, student-facing environment where educators can assign specific AI tools for student use. This platform allows teachers to create controlled 'rooms' to foster AI literacy and monitor student engagement with the provided tools in real time.
- Content Adaptation and Differentiation: Includes tools that automatically adapt existing content to meet diverse learning requirements. The 'Text Leveller' tool can adjust the reading grade of a passage, while other generators provide suggestions for student accommodations in IEP or 504 plans.
Uniqueness
Magic School AI integrates AI into evaluation processes through tools that generate interactive quizzes, assessments, and personalized feedback mechanisms1. Rather than replacing teacher judgment, these tools augment evaluation capabilities by providing data-driven insights, allowing educators to focus on qualitative aspects of student evaluation. MagicSchoolAI further extends its integration through direct export functionality to widely-used educational platforms. The AI Slides generation feature, for example, allows educators to create presentation materials that can be exported directly to Google Slides. Whether generating differentiated reading passages for elementary students or crafting advanced physics problem sets, the AI adjusts complexity levels, cultural relevance, and instructional modalities based on user-defined parameters.
Frequently Asked Questions
Open-Source?
No
Registration Needed?
Yes
Installation Required?
No
AI-empowered?
NLP and Content Generation
Specifications
M
Country or Region:
United State
Author(s):
Magic School, Inc.
License:
Freemium
Operating System(s):
Web
Language(s):
Multilingual
Registration Needed:
Yes
Installation Required:
No
Video Demonstration
User Guide
This guide outlines how to create educational materials, adapt content, draft communications, and generate interactive study aids using Magic School AI.
Access Magic School AI Website
| a. | Navigate to the website: https://www.magicschool.ai/; |
| b. | Click Login or Sign up free to log in or register; |
| c. | Select an identity between Student and Teacher. |
Create Lesson Plans
| a. | Select Magic Tools > Teacher Tools from the left menu; |
| b. | Click Create Custom Tools; |
| c. | Select a tool, such as Lesson Plan; |
| d. | Input the requirements, including the Name, Description, Grade Level, and Topic; |
| e. | Click Next; |
| f. | Enter the additional instructions in the input field and click Next; |
| g. | Enter the Topic, Standard, or Objective in the input field; |
| h. | Click Prompt Assistant; |
| i. | View the improved prompt and click Accept Prompt; |
| j. | Click Generate to produce the lesson plan; |
| k. | Review the generated lesson plan and use the Refine options to make adjustments; |
| l. | Click Save to save the changes. |
Adapt Text Reading Level
| a. | Select Magic Tools > Teacher Tools from the left menu; |
| b. | Input Text Leveler in the search bar and press the Enter key; |
| c. | Click to enter the selected tool; |
| d. | Specify the target grade level in the dropdown list and paste the original text into the input box (Note: The word limit is 75,000); |
| e. | Click Generate to review the adapted version of the text. |
Create Emails
| a. | Select a tool from the Magic Tools > Teacher Tools tab, such as the Professional Email tool; |
| b. | Enter an Author Name and provide context in the input fields, including the Purpose, Key Points, and Tone; |
| c. | Click Generate to draft the email; |
| d. | Review and click Edit to personalise the generated text, then click Copy. |
Create Study Bots
| a. | Navigate to the MagicStudent > Rooms tab from the left menu; |
| b. | Click Create Room to set up the class; |
| c. | Select a chatbot from Study Bot, AI Literacy Bot, or Student Support Chatbot; |
| d. | Configure the name, description, grade level, and student's needs; |
| e. | Click Preview and test the chatbot in the splatted section; |
| f. | Click Save to Room; |
| g. | Set the Room Name and click Save Room; |
| h. | Select Join URL, Google Classroom, or Join Codes to share the created room. |
Educational Scenarios
Educators' Perspectives
Learners' Perspectives
Accelerated Course Design
The professor finds that the AI-powered Lesson Plan Generator significantly reduces the time needed to create a comprehensive lesson plan. It suggests key points which the professor might not have immediately considered. The tool also provides a balanced mix of in-class activities and assessments, ensuring a well-rounded learning experience. However, the professor recognizes the need to customize the generated plan to fit the specific needs of medical students and the current healthcare landscape. The professor also uses the generator to create a variety of assessment, including multiple choice quiz and real-world examples, which help students apply theoretical knowledge to practical situations. This approach not only accelerates the course design process but also enhances the quality and relevance of the content.
Data Analysis in Sociology
The sociology professor finds that Data Table Analysis tool provides a rich, diverse dataset that mimics real-world social media usage patterns. The Data Table Analysis tool empowers professors to provide students with hands-on experience in data analysis. This dataset includes variables such as user demographics, posting frequency, content types, engagement metrics, and time spent on different platforms. The professor appreciates how the tool allows for the creation of complex, multi-layered datasets that reflect the intricacies of social media behavior. Students can practice identifying correlations between variables, such as the relationship between user age and preferred social media platforms, or the impact of posting frequency. The professor also uses the tool to generate multiple datasets with slight variations, allowing students to compare and contrast different scenarios and understand how small changes in social media behavior can lead to significant shifts in overall trends. Educators benefit from the tool's ability to customize datasets to align with specific learning objectives, ensuring that students are exposed to relevant and challenging scenarios.
Lab Assessments
In the biology department, maintaining consistency in lab assessments across multiple sections is essential for fair and objective grading. The Rubric Generator provides a solution by allowing department heads to create standardized assessment rubrics with customizable criteria. This ensures that all students are evaluated based on the same benchmarks, promoting equity and transparency in grading. The generated rubrics include clear descriptors for each performance level, helping to reduce subjectivity in grading and providing students with a clear understanding of expectations. The tool simplifies the process of rubric creation, allowing for quick adjustments to criteria as needed. Additionally, the use of standardized rubrics can facilitate meaningful feedback, helping students identify areas for improvement and guiding their learning journey. The department head appreciates the flexibility of the tool, which allows for easy customization of rubrics to suit different levels of courses.
Contextualised Learning for Calculus
A student is struggling with complex word problems in her Advanced Calculus course. She uses Math Story Word Problem tool to generate challenging questions from her homework. This tool transforms abstract calculus problems into real-world scenarios, making them more relatable and easier to understand. By engaging with contextualized questions, the student can visualize how calculus concepts apply to everyday situations, such as calculating the rate of change in population growth or optimizing the dimensions of a container for maximum volume. This approach not only aids her comprehension but also enhances her problem-solving skills by allowing her to see the practical implications of calculus. Through contextualized learning, the student discovers that calculus is not just a set of abstract calculations but a powerful tool for interpreting and solving real-world problems, preparing her for future academic and professional challenges.
Project Report Feedback
A senior psychology student is working on his report and wants to ensure his writing is clear, concise, and academically sound. He submits sections of his paper to Writing Feedback tool. The AI provides detailed feedback on grammar, style, and structure, suggesting improvements for clarity and coherence. A senior psychology student is working on his report and wants to ensure his writing is clear, concise, and academically sound. He submits sections of his paper to the Writing Feedback tool. The AI provides detailed feedback on grammar, style, and structure, suggesting improvements for clarity and coherence. Beyond basic corrections, the tool highlights areas where the argument could be strengthened or where improvement might be needed. It also offers suggestions for enhancing the writing mechanics. The AI tool acts as a constant evaluator, providing immediate feedback that allows the student to refine his work iteratively. This comprehensive feedback helps the student refine his report, ultimately improving his writing skills and boosting his confidence in presenting his research.
Social Study Simulation
In a social studies class, students might conduct surveys to understand community opinions on local issues. By using the Data Table Analysis tool, they can efficiently simulate survey responses and predict patterns or correlations. This tool allows students to generate hypothetical data and explore various statistical models to see potential outcomes, helping students to design more targeted and effective surveys. The use of AI for data simulation allows students to engage with larger datasets than would be feasible to collect manually. The ability to predict patterns and correlations introduces students to basic concepts of statistics. This hands-on experience with data analysis not only enhances their understanding of social research methods but also prepares them for real-world applications in future studies or careers.