Knowledge Without Walls: MIT’s Ethos of Open // TRAIN BRAIN

Knowledge Without Walls: MIT’s Ethos of Open

A cross-campus look at MIT’s leadership in all forms of open knowledge—expanding the open education legacy of OCW and championing knowledge as a public good. This session highlights how practices in open source technologies, open access, open science and data, and open publishing have evolved across MIT and influenced global movements for accessible and equitable learning.
Panelists: Dr. Amy Brand, Dr. Chris Bourg, Curt Newton, Dr. Rebecca Saxe
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MIT OpenCourseWare

A free and open online publication of educational material from thousands of MIT courses, covering the entire MIT curriculum, ranging from introductory to the most advanced graduate courses. On the OCW website, each course includes a syllabus, instruction...

From Bold Idea to Global Legacy: 25 Years of MIT OpenCourseWare

OCW @ 25: A Story in Motion

Learning Without Limits: How OCW Opens Opportunity for Curious Minds Worldwide

Knowledge Without Walls: MIT’s Ethos of Open

Catalysts of Open: Philanthropy’s Role in the Open Education Movement

The Future of MIT Open Education

Will AI negate the need for science photography?

From Bold Idea to Global Legacy: 25 Years of MIT OpenCourseWare Live Webcast

Lecture 21: Early Modern? The Ming in the 16th Century

Lecture 1: Introduction to China's History

Lecture 3: The Western Zhou

Lecture 23: The Qing through Qianlong

S7SE Special Episode: Collaborating with Community Colleges

MIT Economist Jon Gruber responds to YouTube comments

3: Deep Learning for Computer Vision – Building Convolutional Neural Networks from Scratch

10: Generative AI – Adapting LLMs with Parameter-Efficient Fine-Tuning

8: Deep Learning for Natural Language – Transformers, Self-Supervised Learning

9: Generative AI – Large Language Models (LLMs) and Retrieval Augmented Generation (RAG)

5: Deep Learning for Natural Language – The Basics

2: Training Deep NNs (cont.); Introduction to Keras/Tensorflow; Application to Tabular Data

4: Deep Learning for Computer Vision – Transfer Learning and Fine-Tuning; Intro to HuggingFace

6: Deep Learning for Natural Language – Embeddings

7: Deep Learning for Natural Language – Transformers

11: Generative AI – Text-to-Image Models

1: Introduction to Neural Networks and Deep Learning; Training Deep NNs

Lecture 16: Data Compression and Shannon’s Noiseless Coding Theorem

Lecture 7: Generating Functions for Catalan Numbers

Lecture 3: Inclusion-Exclusion

Lecture 17: Huffman Coding

Lecture 11: Basic Group Theory

Lecture 20: Reed-Solomon Codes

Lecture 9: Chernoff Bounds

Lecture 13: Duality in Linear Programming

Lecture 18: Transmitting Information Reliably over a Noisy Channel & Shannon’s Noisy Coding Theorem

Lecture 14: Zero-Sum Games

Lecture 15: Max-Flow Min-Cut Theorem

Lecture 2: Independence and Conditioning

Lecture 5: More Counting and Generating Functions

Lecture 6: More on Generating Functions

Lecture 8: Tail Bounds

“Learning for Life: How Curiosity Shapes Well-Being” with Bia Adams

Lecture 20: Building the First Federally (CFTC) Regulated Exchange Dedicated to Trading on Events

Lecture 1, Part III: Bond “Mathematics”

Lecture 13: Portfolio Management

Lecture 14: Stochastic Processes II

Lecture 4: Linear Algebra (cont.); Probability Theory

Lecture 23: Introduction to Machine Learning

Lecture 1, Part I: Introduction of the Class

Lecture 1, Part II: Introduction of Financial Markets, Financial Terms and Concepts

Lecture 21: Black-Scholes Formula, Risk Neutral Valuation

Lecture 2: Linear Algebra

Lecture 8: Regression Analysis (cont.)

Lecture 24: Stochastic Calculus

Lecture 9: Principal Component Analysis in Finance

Lecture 7: Linear Rates, Products, and Models

Lecture 10: Counterparty Risk Optimization

How to Sell Concert Tickets, with MIT Economist Jon Gruber

Can AI fix the economy?

Lecture 11: Contagious Structure in Projection Theory

Lecture 02: Fundamental Methods of Projection Theory

Lecture 13: The Balog-Szemeredi-Gowers Theorem

Lecture 04: The Fourier Method in Euclidean Space

Lecture 09: Reflections on the Szemeredi-Trotter Theorem

Lecture 22: Sharp Projection Theorems, Part 1: Introduction and Beck's Theorem.

Lecture 01: Introduction to Projection Theory

Lecture 23: Sharp Projection Theorems, Part 2: AD Regular Case

Lecture 15: The Bourgain Projection Theorem, Part 2

Lecture 03: Projection Theory in Euclidean Space

Lecture 05: The Large Sieve

Lecture 07: Applications of the Large Sieve to Number Theory

Lecture 20: Homogeneous Dynamics, Part 1

Lecture 10: Sum-Product Theory

Lecture 19: Random Walks on Finite Groups, Part 3

Student Project 2: Ink and Thread: Incorporating Chinese Calligraphy in Fashion

Session 4-1: Networked Geothermal: The European Experience

Session 8-3: Thermal Energy Network Evolution of the Penn South Community in Manhattan

Session 1-3: Health Impacts of Methane ("Natural") Gas Systems

Session 7-3: Techno-Economic Modeling of GENs with HEATNETS Model

Session 5-3: Introduction to Design of GENs

Session 8-2: Framingham, Massachusetts UTEN Pilot Project Overview