A tutor for every student that knows the syllabus
Aitado turns your readings, slides, and lectures into a private AI study space, with cited answers, practice quizzes, and flashcards. Instructors decide exactly how AI is used.
Distilled water is hypotonic to the cell, so water moved in by osmosis faster than it could leave1. Animal cells have no cell wall, so the membrane stretched until it ruptured, just like the lysis you recorded in step 42.
Lab 3 handout, p. 2Works with the tools your school already uses
Google Drive
Canvas
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Set up a course notebook once. Every student in the class gets an AI that answers from your materials, not the open internet.
Add your course materials
Upload syllabi, slides, and readings, or import them straight from Google Drive and OneDrive.
Lab handoutsChoose what AI can do
Switch on the tools that fit your course, such as cited chat, quizzes, flashcards, or deep research, and leave the rest off.
Share it with your class
Students join with one link. Cap the seats, set an expiry, and update materials anytime.
Understand it, then prove it
Students can ask anything about the course and get answers that cite the source. Then they can turn any topic into practice that fits how they learn.
Practice quizzes that explain themselves
Questions come from the course materials, and every answer includes the reasoning and a citation.
A plant cell is placed in a hypotonic solution. What happens?
Why: the cell wall keeps the cell from bursting, so it becomes turgid1.
Flashcards, made for them
Key terms from every lecture, ready to review before the exam.
Socratic mode
Instead of handing over answers, the AI can guide students to reason it out.
Before I explain, what do you predict happens to a cell dropped in salt water?
It shrinks? Water leaves the cell?
Exactly. Now, why does the water move out?
Timelines
See how events, discoveries, and processes connect over time.
- 1665
Hooke names the “cell”
- 1839
Cell theory proposed
- 1972
Fluid mosaic model
Podcasts & video explainers
Any lecture becomes a listenable episode or short video to learn on the go.
Membrane transport, explained
Get your prep time back
Draft lesson plans, quizzes, slides, and rubrics aligned to your curriculum, then adapt them for every reader in the room.
- Lesson plans
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- Teaching assistant
Osmosis & tonicity
Grade 9 Biology · Unit 2: Cells
Learning objectives
- • Predict water movement across a membrane
- • Compare hypo-, hyper-, and isotonic solutions
Agenda
Differentiation
Research papers, turned into science night
Channel 42 Science Night is a retro TV channel of AI-made science explainers. Each one covers a real research paper in a few minutes. It shows the kind of learning content Aitado can create.
Responsible AI that scales for every school
Compliance-ready visibility and controls keep your systems secure while supporting responsible learning for everyone.
Grounded in your sources
Answers come from the materials you choose and cite them, so students and teachers can check the work.
Instructors stay in control
Decide which AI tools each class gets, who can join, and for how long.
Private by design
Built-in safeguards protect personally identifiable information and reduce bias.
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Bring AI to your campus, on your terms
See how Aitado fits your courses, your tools, and your policies.