41 replies to this topic

[BlaineSch]

Each one listed below is it's own class! Meaning they are all series not just videos! Pick the subject and watch the entire semester's classes! You will love this!

+Rep Appreciated

Nation Programme on Technology Enhanced Learning

• Biochemical Engineering - Enzyme Science and Engineering
  
• Civil - Building Materials and Construction
  
• Civil - Engineering Geology
  
• Civil - Environmental Air Pollution
  
• Civil - Fluid Mechanics
  
• Civil - Introduction to Transportation Engineering
  
• Civil - Mechanics of Solids
  
• Civil - Prestressed Concrete Structures
  
• Civil - Soil Mechanics
  
• Civil - Strength of Materials
  
• Civil - Structural Analysis II
  
• Civil - Surveying
  
• Civil - Water & Wastewater Engineering
  
• Civil - Water Resources Engineering
  
• Computer Sc - Artificial Intelligence
  
• Computer Sc - Artificial Intelligence - Prof. P. Dasgupta
  
• Computer Sc - Computer Architecture
  
• Computer Sc - Computer Graphics
  
• Computer Sc - Computer Networks
  
• Computer Sc - Computer Organization
  
• Computer Sc - Data Communication
  
• Computer Sc - Data Structures and Algorithms
  
• Computer Sc - Database Management System
  
• Computer Sc - Design & Analysis of Algorithms
  
• Computer Sc - Discrete Mathematical Structures
  
• Computer Sc - Internet Technologies
  
• Computer Sc - Introduction to Computer Graphics
  
• Computer Sc - Introduction To Problem Solving & Programming
  
• Computer Sc - Principles of Programming Languages
  
• Computer Sc - Software Engineering
  
• Computer Sc - Systems Analysis and Design
  
• Core - Basic Electronics - High Resolution
  
• Core - Basic Electronics - Prof T.S.Natarajan
  
• Core - Classical Physics
  
• Core - Physics I - Oscillations and Waves
  
• Core - Quantum Physics
  
• Core Science - Biochemistry 1
  
• Core Science - Engineering Chemistry 1
  
• Core Science - Engineering Mechanics
  
• Core Science - Engineering Physics II
  
• Core Science - Mathematics
  
• Core Science - Numerical Methods and Programing
  
• Core Science -Concept & Evolution of Management thought
  
• Electrical - Analog ICs
  
• Electrical - Basic Electrical Technology
  
• Electrical - Chaos, Fractals and Dynamical Systems
  
• Electrical - Circuit Theory
  
• Electrical - Control Engineering
  
• Electrical - Digital Integrated Circuits
  
• Electrical - Electro Magnetic Fields
  
• Electrical - Embedded Systems
  
• Electrical - Energy Resources and Technology
  
• Electrical - Illlumination Engineering
  
• Electrical - Industrial Automation and Control
  
• Electrical - Industrial Drives - Power Electronics
  
• Electrical - Industrial Instrumentation
  
• Electrical - Intelligent Systems and Control
  
• Electrical - Networks and Systems
  
• Electrical - Networks, Signals and Systems
  
• Electrical - Power Electronics
  
• Electrical - Power Sys Generation Transmission Distribution
  
• Electrical - Power System Analysis
  
• Electrical - Power System Operations and Control
  
• Electronics - Adaptive Signal Processing
  
• Electronics - Basic Electronics - Dr.Chitralekha Mahanta
  
• Electronics - Broadband Networks
  
• Electronics - Digital Circuits and Systems
  
• Electronics - Digital Communication
  
• Electronics - Digital Image Processing
  
• Electronics - Digital Signal Processing
  
• Electronics - Digital Systems Design
  
• Electronics - Digital VLSI System Design
  
• Electronics - Digital Voice and Picture Communication
  
• Electronics - Electronics For Analog Signal Processing - I
  
• Electronics - Electronics For Analog Signal Processing - II
  
• Electronics - High Speed Devices & Circuit
  
• Electronics - MEMS & Microsystems
  
• Electronics - Probability & Random Variables
  
• Electronics - Solid State Devices
  
• Electronics - Transmission Lines and EM Waves
  
• Electronics - VLSI Design
  
• Electronics - Wireless Communication
  
• Mechanical - Advanced Finite Elements Analysis
  
• Mechanical - Advanced Strength of Materials
  
• Mechanical - Design of Machine Elements
  
• Mechanical - Dynamics of Machines
  
• Mechanical - Finite Element Method
  
• Mechanical - Heat and Mass Transfer
  
• Mechanical - Introduction to Finite Element Method
  
• Mechanical - Kinematics of Machines
  
• Mechanical - Manufacturing Processes II
  
• Mechanical - Mechanical Measurements and Metrology
  
• Mechanical - Principles of Mechanical Measurements
  
• Mechanical - Project and Production Management
  
• Mechanical - Refrigeration and Airconditioning
  
• Mechanical - Robotics

Stanford University

• Course | African-American History: Modern Freedom Struggle
  
• Course | Computer Systems Laboratory Colloquium (2006-2007)
  
• Course | Computer Systems Laboratory Colloquium (2007-2008)
  
• Course | Convex Optimization
  
• Course | Darwin's Legacy
  
• Course | Geography of United States Elections
  
• Course | Human-Computer Interaction Seminar (2006-2007)
  
• Course | Human-Computer Interaction Seminar (2007-2008)
  
• Course | Introduction to Chemical Engineering
  
• Course | Introduction to Robotics
  
• Course | Linear Dynamical Systems
  
• Course | Machine Learning
  
• Course | Modern Physics: Classical Mechanics
  
• Course | Modern Physics: Einstein's Theory
  
• Course | Modern Physics: Quantum Mechanics
  
• Course | Modern Physics: Special Relativity
  
• Course | Presidential Politics in the 2008 Election
  
• Course | Programming Abstractions
  
• Course | Programming Methodology
  
• Course | Programming Paradigms
  
• Course | Quantum Entanglements: Part 1 (Fall 2006)
  
• Course | Quantum Entanglements: Part 3 (Spring 2007)
  
• Course | The Fourier Transforms and Its Applications
  
• Course | Woods Energy Seminar (2008-2009)
  
• Event | Paul Laurence Dunbar Centennial Conference
  
• Event | Sustainable Places: Public and Private Leadership
  
• Event | The Roundtable at Stanford University
  
• Feature | Entrepreneurial Thought Leader Highlights
  
• Feature | Medcast
  
• Feature | Stanford Open Office Hours
  
• Feature | Stanford University Commencement
  
• Feature | Summer Science Lecture Series
  
• Feature | The Future of Human Health

Massachusetts Institute of Technology

• MIT 8.02 Electricity and Magnetism, Spring 2002
  
• MIT 8.03 Physics III: Vibrations and Waves, Fall 2004
  
• MIT OpenCourseWare Milestone Celebration
  
• MIT 8.01 Physics I: Classical Mechanics, Fall 1999
  
• MIT 18.06 Linear Algebra, Spring 2005
  
• MIT 6.002 Circuits and Electronics, Spring 2007
  
• MIT 18.03 Differential Equations, Spring 2006
  
• MIT 7.012 Introduction to Biology, Fall 2004
  
• MIT 5.111 Principles of Chemical Science, Fall 2005
  
• MIT 16.885J Aircraft Systems Engineering, Fall 2005
  
• MIT 16.01 Unified Engineering, Fall 2005
  
• MIT 4.125 Architecture Studio: Building in Landscapes
  
• MIT 20.010J Introduction to Bioengineering, Spring 2006
  
• MIT 7.014 Introductory Biology, Spring 2005
  
• MIT 5.112 Principles of Chemical Science, Fall 2005
  
• MIT CMS.930 Media, Education, and the Marketplace
  
• MIT 5.301 Chemistry Laboratory Techniques
  
• MIT 6.035 Computer Language Engineering, Fall 2005
  
• MIT 6.451 Principles of Digital Communication II
  
• MIT 21H.931 Seminar in Historical Methods, Spring 2004
  
• MIT 6.912 Introduction to Copyright Law, January 2006
  
• MIT 24.213 Philosophy of Film, Fall 2004
  
• MIT 24.209 Philosophy In Film and Other Media, Spring 2004
  
• MIT 24.264 Film as Visual and Literary Mythmaking, Fall 2005
  
• MIT 7.013 Introductory Biology, Spring 2006
  
• MIT 4.370 Interrogative Design Workshop, Fall 2005
  
• MIT 4.367 Studio Seminar in Public Art, Spring 2006
  
• MIT 5.74 Introductory Quantum Mechanics II, Spring 2004
  
• MIT 6.013 Electromagnetics and Applications, Fall 2005
  
• MIT 6.033 Computer System Engineering, Spring 2005
  
• MIT 21F.223/21F.224 Listening, Speaking, and Pronunciation
  
• MIT ESD.290 Special Topics in Supply Chain Management
  
• MIT 24.261 Philosophy of Love in the Western World
  
• MIT 3.091 Introduction to Solid State Chemistry, Fall 2004
  
• MIT 3.320 Atomistic Computer Modeling of Materials
  
• MIT 3.60 Symmetry, Structure & Tensor Properties of Material
  
• MIT 11.969 Deliberative Democracy and Dispute Resolution
  
• MIT 11.949 City Visions: Past and Future, Spring 2004
  
• MIT 11.954 Community-Owned Enterprise & Civic Participation
  
• MIT 18.086 Mathematical Methods for Engineers II, Spring '06
  
• MIT 18.085 Computational Science & Engineering I, Fall 2007
  
• MIT Exploring Black Holes: General Relativity & Astrophysics
  
• MIT STS.069 Technology in a Dangerous World, Fall 2002
  
• MIT 11.945 Springfield Studio, Fall 2005
  
• MIT: Joint Fact Finding in Science Intensive Policy Disputes
  
• MIT 11.309J Sensing Place: Photography as Inquiry
  
• MIT 6.046J / 18.410J Introduction to Algorithms (SMA 5503),
  
• MIT 18.01 Single Variable Calculus, Fall 2006
  
• MIT 18.02 Multivariable Calculus, Fall 2007
  
• MIT 18.085 Computational Science & Engineering I, Fall 2008
  
• MIT 6.001 Structure and Interpretation, 1986

Berkeley University of California

• AST 210 / EE 213
  
• Bio Engineering/ME C117
  
• Chemistry 3B
  
• CS 61A: The Structure and Interpretation of Computer Science
  
• CS 61B: Data Structures - Fall 2006
  
• EE290f - Synchrotron Radiation for Materials Science ...
  
• Integrative Biology 131
  
• Law 270.6 - Energy Regulations and the Environment - Spr 08
  
• Law 270.7 - Renewable Energy & Alternative Fuels - Fall 08
  
• Law 271 - Environmental Law and Policy - Spring 2008
  
• PACS 164A: Introduction to Nonviolence - Fall 2006
  
• PACS 164B: Introduction to Nonviolence - Spring 2007
  
• Physics 10 - Physics for Future Presidents
  
• Political Science 179 - Spring 2008
  
• Psychology 1: General Psychology
  
• SIMS 141 - Search Engines

Edited by BlaineSch, 03 August 2009 - 03:56 AM.

[BlaineSch]

Right now im watching:

• Course | Programming Paradigms
  
• Course | Machine Learning

I finished

• CS 61B: Data Structures - Fall 2006

I was in a data structure class so this really helped - instead of actually reading my book I could see more code - it helped me see a broader perspective on it so I really like these videos. I seriously watched almost all 39 hours lol.

I kinda started a psychology one but that didnt get far lol. Youtube has a great resource going on here and I really love that colleges are doing this. It really does help me.

These are full semesters so youd probably die before you watch all of them. I hope it helps somebody out. I did not know this resource existed until January of this year.

Here is also a few good links to a movie called "Sorting out Sorting" I am sure most of you have not heard of it yet - its a really old movie but it gives you a better (graphical) view of how different sorting methods work. I had to watch it for my class.

• Sorting Out Sorting - Part 1
  
• Sorting Out Sorting - Part 2
  
• Sorting Out Sorting - Part 3
  
• Sorting Out Sorting - Part 4

[amrosama]

thnx for sharing

[Donovan]

Very nice. Thanks for sharing and + Rep

[BlaineSch]

Anybody would probably die before watching all these playlists lol but I do hope you guys find something in there useful.

[ShadenSmith]

Wow, this is a very thorough post! I'll be sure to look through some of these lecture videos. Great resource. +rep

[John]

I watched all of Quantum Entanglements: Part 1 (Fall 2006)

[MathX]

I can only say: WOW!

I am really gonna need those things very soon, and thanx a lot for sharing m8 :)

[BlaineSch]

Thanks math, I hope it really helps.

I never knew all this information was available a few semesters ago, and I am really glad I know they are now! They have even helped me a ton! I just hope they help other people as well. Its a good resource.

[proggcat]

thanks it helped me with my electronics: )

[BlaineSch]

Glad you liked it, spread the word, could really help others!