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  Learning Plans

Open Source Society University
Teach Yourself Computer Science

  Blogs and Twitter feeds

The Morning Paper
Becoming Human: Artificial Intelligence Magazine

  Books

Computer Science: A Very Short Introduction
The new Turing Omnibus (1989)
Purely functional data structures (1996)
Introduction to the theory of computation (1996)
Gems of Theoretical Computer Science (1998)
Types and programming languages (2002)
Advanced topics in types and programming languages (2004)
The elements of computing systems (2005)
Annotated turing (2008)
The nature of computation (2011)
Software foundations (2011)
Introduction to data compression (2012)
NASA System Engineering (2007)
Distributed systems (2013)
General Systems Thinking (2015)
Computer systems: a programmer’s perspective
Clean Code (2008)

  Forums and Chat Groups

Algorithms
Ask computer science
Compsci
CS career questions
Netsec

  Courses and MOOCs

Introduction to Computer Science and Programming Using Python
Computational complexity (2008)
Computer science 101
Data structures
Great ideas in computer architecture (2015)
Information retrieval (2013)
MIT great ideas in theoretical computer science
MIT Mathematics for Computer Science (2010)
MIT Structure and Interpretation of Programs (1986)
Quantum Information Science II: Efficient Quantum Computing - fault tolerance and complexity (2018)
Software foundations (2014)
The art of recursion (2012)
CS50's Introduction to Computer Science
Intro to Computer Science
Principles of Computing (Part 1)
Build a Modern Computer from First Principles: From Nand to Tetris (Project-Centered Course)
Principles of Computing (Part 2)
Automata Theory
Computer Science 101
The Nature of Code
Design of Computer Programs
Fundamentals of Parallelism on Intel Architecture
Computer Science: Programming with a Purpose
The Fundamentals of Computing Capstone Exam
Computer Science: Algorithms, Theory, and Machines
Mathematics for Computer Science
Build a Modern Computer from First Principles: Nand to Tetris Part II (project-centered course)
Computer Architecture
How Computers Work
Cyber-Physical Systems: Modeling and Simulation
Intro to Theoretical Computer Science
Introduction to Computer Architecture
Program Arcade Games - Learn Computer Science
Computability, Complexity & Algorithms
MyCS: Computer Science for Beginners
Automated Visual Software Analytics
Computing: Art, Magic, Science
Computing: Art, Magic, Science - Part II
Principles of Computing
CS For All: Introduction to Computer Science and Python Programming
The Beauty and Joy of Computing - AP® CS Principles Part 1
In-Memory Data Management
CS50's Understanding Technology
CS50's Computer Science for Business Professionals
The Beauty and Joy of Computing - AP® CS Principles Part 2
Fundamentals of Accelerated Computing with CUDA C/C++
LAFF – On Programming for Correctness
Introduction to Computation Theory
NP-Complete Problems
Computer Systems Design for Energy Efficiency
AP Computer Science A: Java Programming Loops and Data Structures
Computational Thinking for Modeling and Simulation
Future of Computing - IBM Power 9 and beyond
Representing Data with Images and Sound: Bringing Data to Life
How Computers Work: Demystifying Computation
The Joy of Computing using Python
Theory of Computation
Computer Fundamentals
6.00x: Introduction to Computer Science and Programming
BJC.3x: The Beauty and Joy of Computing (CS Principles), Part 3
BJC.4x: The Beauty and Joy of Computing (CS Principles), Part 4
Introduction to Real-Time Systems
CS50's AP® Computer Science Principles
Introduction to Computing using Python
Introduction to Soft Computing
Introduction to Automata, Languages and Computation
CS50's Computer Science for Business Professionals
Discrete Structures
Code of Life – When Computer Science Meets Genetics
The Computing Technology Inside Your Smartphone
Programming 102: Think Like a Computer Scientist
Joy of computing using Python
Development of Real-Time Systems
Delivery Problem
Mathematical Thinking in Computer Science
Mathematics for Computer Science
Teaching Physical Computing with Raspberry Pi and Python
How to Teach Computing: An Introduction to Concepts, Tools and Resources for Secondary Teachers
Preparing for the AP* Computer Science A Exam — Part 1
How to Teach Computing: An Introduction to Concepts, Tools and Resources for Primary Teachers
Preparing for the AP* Computer Science A Exam — Part 2
Let's Teach Computing
Introducing Computing in your Classroom
Foundations of Computer Science for Teachers
Teaching the Beauty and Joy of Computing Curriculum
Computer Science Discoveries
Teaching the Computer Science Discoveries Course
Scratch: Programming for Kids (8+)
Scratch: Programming for Teachers
Impact of Technology: How To Lead Classroom Discussions
Understanding Maths and Logic in Computer Science
Understanding Computer Systems
Teaching Computing: Part 1
Teaching Computing: Part 2
Teaching Computing
LUCS.1x: Preparing for the AP* Computer Science A Exam — Level Up! Part 1
LUCS.2x: Preparing for the AP* Computer Science A Exam — Level Up! Part 2
LUCS.3x: Preparing for the AP* Computer Science A Exam — Level Up! Part 3
LUCS.4x: Preparing for the AP* Computer Science A Exam — Level Up! Part 4
Teaching Computing
Mathematics for Computer Science
Computational Thinking for Modeling and Simulation
CS50's Computer Science for Business Professionals
CS50's Computer Science for Business Professionals
Programming 102: Think Like a Computer Scientist
Discrete Structures

  Journals and Magazines

arXiv

  Q & A forums

Computer science
MapReduce
Matrix computations
Processors
Theoretical computer science
Software engineering
Software quality assurance & testing
Software recommendations
Computer science

  Research Papers

Papers we love
Research in production
The Case for Learned Index Structures (2017)
Squeak makes a good python debugger (2017)
Dat - Distributed Dataset Synchronisation and Versioning (2017)
Robots take over the world (2007)
Let’s go to the whiteboard: (2007)
How and why software developers use drawings
How complex systems fail
How to make ad-hoc polymorphism less add hoc
Challenges to adopting stronger consistency at scale
Naked objects
Three measurement problems
A hub-based labeling algorithm for shortest paths on road networks

  Websites

Computer Science without a computer

  Wikis

Main Wikipedia: Computer science
Simple Wikipedia: Computer science

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