Marcel Salathe, co-director of the EPFL AI Center, is launching an audio-only app called The Framework in May 2026. The platform teaches fundamental concepts of artificial intelligence rather than specific software.
What Happened
The Framework costs £15 per month and includes 50 sequential audio lessons narrated by Salathe. The curriculum uses his previously published books to cover how AI works, its future direction, and its impact on work and education. The app also provides audio updates on emerging AI developments.
Salathe chose an audio-only format so users can listen while walking or commuting. His approach follows his work at the École Polytechnique Fédérale de Lausanne (EPFL), an institution that supports human-machine complementarity and the structured integration of technology to assist learning.
The Bigger Picture
The Framework reflects a shift from teaching specific tech tools to building broad AI literacy. Because AI software changes quickly, training focused solely on current models becomes outdated. Experts now advocate for a conceptual approach that teaches students to evaluate ethics, bias, and societal impacts. True literacy requires cultivating the judgment to decide when to use AI and how to verify its outputs.
This conceptual shift differs from traditional computer science education. Conventional computer science focuses on the syntax of writing code, but AI is pushing educators to teach students to act as logic architects. This requires students to focus on the reasoning behind a program and to verify AI-generated code rather than simply typing commands.
Schools are currently integrating this material in different ways. Some regions create dedicated classes, while others embed AI literacy into existing subjects like math or language arts. Embedding concepts into general subjects ensures exposure for all students, but it adds work for teachers who may lack technical training. Educational experts now treat AI literacy as a cross-disciplinary requirement, incorporating socio-technical competencies into daily digital citizenship programs.
The audio format has specific trade-offs. Research indicates that audio-based instruction can improve student attitudes and reduce anxiety compared to text. It is a useful tool for delayed recall. However, auditory learning limits "cognitive control"—the ability to adjust speed, backtrack, and re-examine difficult information.
What This Means for Families
As states push back against unvetted EdTech and concerns about screen time grow, audio-only platforms offer an alternative. A screen-free app allows students to learn about digital tools without spending more time in front of a monitor.
Parents should recognize the limits of passive listening. Audio is effective for broad understanding, but technical subjects often require active problem-solving. EPFL campus surveys reveal a disparity between faculty intent and actual pedagogical adoption regarding generative AI. Even at a top technical institute, educators remain cautious about letting AI tools bypass the learning process.
If your child uses audio tools to learn about AI, they still need opportunities to pause, reflect, and apply those concepts to real-world scenarios.
What You Can Do
Focus on the concepts. Encourage your child to understand how AI makes decisions instead of just typing a prompt. Discuss system limitations and data privacy.
Combine audio with active review. If using audio learning tools, pause the lessons frequently to ask your child questions and ensure they are processing the information, which compensates for the lack of cognitive control in podcasts.
Model human oversight. Teach students to treat AI outputs as raw material to be critiqued and verified, keeping their role as active decision-makers.