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[X] Lecture 1 - Images and Abstraction\n  - [X] Lecture 2 - Convolutions\n  - [X] Homework 1\n- [X] Week 2\n  - [X] Lecture 3 - Dynamic programming, Views and GPUs\n  - [X] Lecture 4 - Live coding seam carving\n  - [X] Homework 2\n- [ ] Week 3\n  - [ ] Lecture 5 - Structure and Dispatch\n  - [ ] Lecture 6 - Understanding data\n  - [ ] Homework 3\n- [ ] Week 4\n  - [ ] Lecture 7 - Introspection, COVID Data visualization\n  - [ ] Lecture 8 - Probability via computation\n- [ ] Week 5\n  - [ ] Lecture 9 - Computational thinking, graphs are matrices, the expression problem\n  - [ ] Lecture 10 - Graphs and disease spread\n  - [ ] Homework 4\n- [ ] Week 6\n  - [ ] Lecture 11 - Epidemic modeling \u0026 Documenting code\n  - [ ] Lecture 12 - Macroscopic models: discrete vs continuous\n  - [ ] Homework 5\n- [ ] Week 7\n  - [ ] Lecture 13 - Graphs and Network Dynamics\n  - [ ] Homework 6\n- [ ] Week 8\n  - [ ] Lecture 14 - Raytracing, your own parallelism, abstract arrays\n  - [ ] Lecture 15 - Billiard model and event-driven simulation\n- [ ] Week 9\n  - [ ] Lecture 16 - Raytracing in 3D\n  - [ ] Lecture 17 - Raytracing live-coding\n  - [ ] Homework 7\n- [ ] Week 10\n  - [ ] Lecture 18 - Hierarchical Thinking, Greedy Algorithms, Jacobi's Method, and Multigrid\n  - [ ] Lecture 19 - Floating Point Arithmetic\n  - [ ] Homework 8\n- [ ] Week 11\n  - [ ] Lecture 20 - Introduction to Climate Modeling, Nonlinear dynamics and Stability\n  - [ ] Lecture 21 - Nonlinear Climate Dynamics and Snowball Earth\n  - [ ] Homework 9\n- [ ] Week 12\n  - [ ] Lecture 22 - Diffusion Equation and Time and Space evolution\n  - [ ] Lecture 23 - Heat Transfer by Ocean Currents\n","project_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Fvsdsantos%2Fcomp-thinking-lectures","html_url":"https://awesome.ecosyste.ms/projects/github.com%2Fvsdsantos%2Fcomp-thinking-lectures","lists_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Fvsdsantos%2Fcomp-thinking-lectures/lists"}