Roshi
Instantly Create Custom AI-Powered Lessons for Classrooms
Get instant Python coding help with AI Tutor. Built on ChatGPT and integrated into UUKI, it answers your questions, explains concepts, and helps you master programming at your own pace.
AI Tutor is an interactive chatbot designed to support learners as they work through Python courses on the UUKI platform. Whether you're a beginner or brushing up on specific skills, AI Tutor helps you understand coding concepts, solve problems, and build confidence—right when you need it.
Designed to work seamlessly with courses hosted on UUKI, AI Tutor provides answers and explanations tailored to your specific lessons and learning modules. It’s like having a personal tutor inside your course page.
Just select the topic you need help with—like variables, loops, or functions—and type your question. The AI will respond instantly with explanations, code snippets, or step-by-step guidance.
AI Tutor leverages ChatGPT’s powerful language model with custom tuning for programming education. This makes it ideal for handling both conceptual questions and debugging help.
No waiting, no scheduling—AI Tutor is available 24/7 to answer your questions while you're coding. Whether it’s a syntax error or an abstract concept, you’ll get quick, accurate support.
AI Tutor breaks down complex programming topics in plain language. If you’re confused, ask follow-up questions and the AI will adapt its explanation to your level.
Since it’s integrated into UUKI-hosted courses, the tutor understands the structure and scope of your lessons. This context allows it to give more relevant answers based on what you’ve already learned.
Instead of wasting time searching forums or tutorials, learners can get immediate help from the AI—keeping momentum and motivation high.
By explaining code in real time, AI Tutor helps reinforce concepts as students apply them, making learning more active and effective.
Educators on UUKI can create their own AI tutors tailored to their courses. These smart assistants help scale support for students without increasing teaching workload.