What if doodling isn't distraction, it's the missing layer in modern learning? Devika Toprani, creator of the Somagraphic Learning Method, joins Teach Coach Mentor to make the case that drawing shapes before instruction begins is one of the most powerful tools educators and corporate trainers have for building real understanding in an AI-saturated world.

Key Takeaways:

• Somagraphic Learning is a visual scaffold inserted before instruction to lower the entry barrier and create genuine engagement regardless of learners' academic backgrounds
• Desirable difficulty is non-negotiable for actual learning, and the reflex to use AI immediately is quietly erasing it
• The Attempt-Map-Refine cycle applies in higher ed, K-12, and cross-functional corporate teams
• Embodied learning, using the hand to make thinking visible, produces stronger conceptual clarity than passive content consumption
• AI belongs in the refine phase, not the attempt phase

Timestamps:

• 00:44 Devika's origin story across Oman, Dubai, India, and the US
• 09:16 What is the Somagraphic Learning Method?
• 10:05 Desirable difficulty and why AI is short-circuiting it
• 15:25 Applying Attempt-Map-Refine in corporate training
• 21:01 Shape, Emotion, Grammar as educator scaffolding tools
• 25:18 What's next: pilots, EdTech partnerships, and the app

Devika Toprani is a global educator and researcher whose Somagraphic Learning framework bridges early childhood education, higher ed, HR, and accreditation experience across three countries.

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Keywords: Somagraphic learning method, embodied learning, desirable difficulty in education, AI in the classroom, visual learning scaffold, doodling for learning, attempt map refine framework, shape emotion grammar, cognitive offloading AI, lifelong learning strategies, EdTech innovation, active learning techniques, teaching methods, K-12 education, corporate training

Find Devika:

LinkedIn: https://www.linkedin.com/in/devika-toprani/

Research Paper: https://osf.io/preprints/edarxiv/fnk7z_v1

Substack: https://doodlesbydevika.substack.com

More Mike:

LinkedIn: https://www.linkedin.com/in/michaelwish0802/

Podcast Site: https://teachcoachmentor.org/

Company Website: https://vellelogos.com Personal Website: https://michaelwish.com

Summary

In this conversation, Michael Wish interviews Frank Narducci, an award-winning physicist and professor at the Naval Postgraduate School, discussing his approach to teaching advanced physics to military officers. They explore the value of repetition and review in learning, the difference between memorization and true understanding, and why Frank reframes exams as a "Celebration of Knowledge." Frank also shares how his father and legendary quantum optics researcher Leonard Mandel shaped his career, what the PhD mentor-student relationship really demands, and the one piece of advice every teacher needs to hear.

Takeaways

• Frank Narducci is a recipient of the Richard Hamming Teaching Award at the Naval Postgraduate School.
• Starting each class with a review of prior material is a deliberate and effective teaching strategy.
• Covering less material thoroughly outperforms covering more material quickly.
• Conversational teaching is more effective than traditional lecturing.
• Exams should function as learning experiences, not just measuring sticks.
• Understanding underlying principles matters far more than memorizing formulas.
• Choosing a PhD program is 5% about the school and 95% about the advisor.
• Great mentors ask whether the work is fundamental enough to be worth doing.
• Flexible teaching — pivoting when the moment calls for it — produces deeper learning.
• The best teachers design lessons from the student's perspective, not their own.

Titles Celebration of Knowledge: Frank Narducci on Award-Winning Teaching Don't Memorize the Formula: Frank Narducci on Teaching Physics and Mentorship

Chapters

• 00:01 Introduction and the Richard Hamming Teaching Award
• 01:15 The Review-Before-Teaching Method
• 05:53 Conversational Teaching vs. the Lecture Model
• 09:48 Celebration of Knowledge: Rethinking Exams
• 11:00 Memorization vs. Understanding
• 16:49 Teaching, Coaching, and Mentorship in Academia
• 17:29 How to Choose a PhD Advisor
• 20:08 Leonard Mandel and a Father Who Sparked a Career
• 24:36 Research Philosophy: Is It Fundamental Enough?
• 26:49 Advice for Teachers and Mentors
• 31:06 The LIGO Nobel Prize Pivot: Connecting Physics to the Fleet

Keywords quantum physics, physics education, Naval Postgraduate School, NPS, award-winning teaching, teaching strategies, spaced repetition, active learning, exam anxiety, knowledge retention, mentorship in academia, PhD advisor, Leonard Mandel, quantum optics, laser physics, military education, lifelong learning,

In this conversation, Michael Wish interviews John Bergmann, a pioneer of the flipped classroom model, discussing his extensive experience in education, the importance of social learning, and the challenges and benefits of modern teaching methods. They explore the role of AI in education, the significance of reading and writing, and the impact of engaging projects on student learning. John shares valuable insights and advice for educators, emphasizing the need to inspire students and the importance of making intentional choices in teaching and learning.

John Bergmann has 40 years of experience in education.

The flipped classroom model was developed to help students who miss classes.

Teaching is a deeply social experience that enhances learning.

The primary role of a teacher is to inspire students to learn.

Accountability is crucial in a flipped classroom setting.

Lectures can still play a role in modern education.

AI can be beneficial but also poses risks to student learning.

Reading and writing are essential skills that need to be emphasized.

Engaging projects can help students connect different concepts in physics.

Choosing the right challenges in life can lead to better outcomes.

Revolutionizing Education: The Flipped Classroom

The Journey of a Physics Educator

00:00 Introduction to John Bergmann and His Journey

06:04 The Importance of Social Learning

11:56 Challenges and Accountability in Flipped Classrooms

17:49 AI in Education: Opportunities and Risks

23:49 Engaging Students Through Projects

education, flipped classroom, teaching methods, AI in education, student engagement, social learning, John Bergmann, physics education, teaching strategies, accountability in learning