OpenMAIC (Open Multi-Agent Interactive Classroom) is an open-source platform that turns any topic into an immersive, AI-powered learning experience. Instead of static slides or videos, OpenMAIC orchestrates multiple specialized AI agents—such as instructors, teaching assistants, coaches, and examiners—that collaborate in real time to deliver dynamic lessons tailored to each learner. Built on top of large language models (LLMs), OpenMAIC allows educators, creators, and organizations to build interactive classrooms in minutes. Simply define your subject, learning objectives, and difficulty level; OpenMAIC generates structured lesson plans, explanations, exercises, and assessments on the fly. Students can ask follow-up questions, explore alternative explanations, and engage in Socratic-style dialogues with AI teachers who adapt to their pace and background knowledge. Because it is open-source and free, OpenMAIC is highly customizable and extensible. Developers can integrate it with existing learning platforms, LMS systems, or internal knowledge bases, while instructors can fine-tune teaching styles, grading rubrics, and content depth. Whether you are designing a university-level AI course, onboarding new employees to complex workflows, or helping self-learners master new skills, OpenMAIC makes it simple to deliver scalable, interactive, and engaging AI classrooms to anyone, anywhere.
Designing university or bootcamp AI courses with dynamic AI instructors, auto-generated lesson plans, and interactive lab-style sessions.
Building internal training programs where AI agents onboard new employees, explain processes, and simulate real-world scenarios.
Supporting self-learners who want a guided, conversational classroom experience for topics like programming, data science, or language learning.
Creating supplemental tutoring environments that provide instant explanations, practice questions, and step-by-step feedback outside regular class hours.
Prototyping and testing new curricula rapidly by iterating on AI-generated lesson flows, examples, and assessments without manual content authoring.