5 AI Education Tools Transforming Higher Education

AI-based learning tools for higher education range from research assistants like NotebookLM that synthesize uploaded course materials, to video creators like Synthesia, to interactive simulation platforms like LiveCase that put students inside decision-driven scenarios. The most effective tools do more than automate tasks — they create environments where learners practice judgment, interpret information under pressure, and make decisions with incomplete data, bridging the gap between theoretical knowledge and real-world application in MBA and executive education programs.

Artificial intelligence is reshaping how universities design learning experiences. Faculty are experimenting with tools that summarize research, generate visual materials, create instructional media, and support personalized learning. Yet the most effective AI education tools do something deeper than automate tasks. They help educators create better learning experiences.

Across higher education, MBA programs, and executive education, AI tools are increasingly used to support research, content creation, and interactive learning. Below are five of our favourite and most useful AI education tools currently shaping modern classrooms.

For more on best AI education tools 2026, see 5 Best AI Education Tools in 2026 That Are Actually Transforming Learning (Not Just Adding Noise).

1. NotebookLM: AI Research Companion for Academic Learning

Best for: synthesizing research, case readings, and lecture materials

NotebookLM, developed by Google, functions as an AI-powered research assistant. Instead of pulling information from the open internet, it analyzes documents uploaded by the user. Professors and students can upload lecture notes, academic papers, or case readings and generate insights directly grounded in those sources.

This makes NotebookLM particularly useful for higher education environments where accuracy and citation matter.

Key capabilities include:

• Upload PDFs, research papers, and lecture notes for analysis

• Generate summaries, study guides, and discussion questions

• Identify themes across multiple documents

• Produce quizzes or flashcards based on course materials

• Create audio summaries for quick review

MBA students often use NotebookLM to synthesize case readings and research papers before class discussions. Professors can also generate discussion prompts or thematic summaries to support seminar conversations.

2. Synthesia: AI Video Creation for Scalable Teaching

Best for: producing professional video lectures and training content

Synthesia allows educators and organizations to generate instructional videos using AI avatars. Instead of filming lectures manually, instructors can convert written scripts into narrated video presentations delivered by digital presenters.

This dramatically reduces the time and cost required to produce high-quality learning content.

Key capabilities include:

• Convert text scripts into narrated AI video lectures

• AI avatars presenting educational content

• Support for more than 100 languages

• Templates designed for training and educational material

Executive education programs frequently use Synthesia to produce short video briefings, pre-class materials, or modular learning segments for global audiences.

3. Canva AI: Faster Creation of Teaching Materials

Best for: visual teaching resources and presentation design

Canva has integrated generative AI tools into its design platform, making it easier for educators to create visually engaging course materials. Professors can generate presentation slides, worksheets, diagrams, and classroom activities using AI-assisted templates.

Instead of spending hours formatting slides or visuals, instructors can focus on structuring their ideas.

Key capabilities include:

• AI-generated presentation slides

• Automated quizzes and worksheets

• Image generation and design assistance

• Educational templates for lectures and workshops

Canva is widely used by faculty preparing lecture slides and by students creating presentations for group projects or class discussions.

4. Quizlet AI: Personalized Study and Revision

Best for: adaptive studying and knowledge reinforcement

An old favourite of mine, which helped me survive many exams, Quizlet has become one of the most widely used study tools in higher education. With AI integration, it now helps learners convert notes, textbooks, and course materials into flashcards, quizzes, and personalized study sessions.

The platform adapts to the learner's progress and focuses revision on weaker areas.

Key capabilities include:

• Generate flashcards from notes or documents

• Adaptive quizzes based on learner performance

• Automated explanations for difficult concepts

• Study tracking and progress monitoring

MBA students frequently use Quizlet to review frameworks, terminology, and exam materials collaboratively.

5. LiveCase: Immersive AI Learning for Decision-Making

Best for: experiential learning, leadership training, and decision simulations

While many AI education tools help summarize information or generate content, LiveCase focuses on something different. It helps learners practice decisions.

LiveCase is an interactive learning platform where students enter immersive scenarios and navigate real organizational dilemmas. Instead of reading about a leadership problem or strategic decision, participants step into the role of the decision-maker.

Learners interact with AI-driven characters through chat and multimedia messages. They receive new information over time, make choices, and experience the consequences of their decisions.

Key capabilities include:

• Immersive AI LiveCases that simulate real leadership and business challenges

• Interactive chat-based conversations with AI characters

• Decision-driven learning experiences

• Instructor dashboards with engagement and decision analytics

This format is widely used in MBA programs, executive education courses, and professional leadership development programs because it bridges the gap between theoretical knowledge and real-world judgment.

Faculty who want to create their own learning experiences can also build custom Immersive AI LiveCases using no-code authoring tools and AI templates.

The Shift From AI Content Tools to AI Learning Experiences

Most AI education tools focus on productivity. They summarize readings, generate slides, or create study materials. These tools are valuable because they reduce preparation time for both students and instructors.

However, learning in higher education also requires something else. It requires practicing judgment.

Immersive AI LiveCases represent a different category of AI education tools. Instead of delivering information faster, they create environments where learners must interpret information, communicate under pressure, and make decisions with incomplete data.

This shift from information delivery to experiential learning is becoming increasingly important in MBA programs and executive education.

Ready to bring experiential learning to your classroom? Create your first AI simulation free on LiveCase. No coding required, no credit card, and you keep 100% of your intellectual property. Build a working simulation from your course material in under 30 minutes.

FAQs

What are the best AI education tools for higher education?

Popular tools include NotebookLM for research synthesis, Synthesia for video creation, Canva AI for teaching materials, Quizlet for adaptive study, and LiveCase for immersive decision-based learning.

How are MBA programs using AI tools in the classroom?

MBA programs use AI tools for research assistance, multimedia content creation, adaptive studying, and interactive simulations that develop leadership and strategic decision-making skills.

Which AI tools support experiential learning?

LiveCase is designed specifically for experiential learning, allowing students to practice decision-making inside immersive AI scenarios.

Are AI education tools replacing traditional teaching methods?

Most institutions use AI tools to complement existing teaching methods rather than replace them, improving efficiency while maintaining pedagogical rigor.