⋆。 🌟 My bland uni. projects ✨ °✩1
Number of visits2
No. | Course | What's it about |
Semester 1 | ||
1. | Linear Algebra | "basis" (haha getit) of math & comp. sci. |
2. | Calculus 1 | Differential Calculus, Integral Calculus, Limits allat |
3. | Alhorithms and programming | fancy name for python |
4. | Mathematical Logic | Set and function theory |
5. | Geometry 1 | Curves & Surfaces |
Semester 2 | ||
6. | Algebra 2 | enhanced with factor, binomial theorem etc. |
7. | Calculus 2 | Higher order intergrals and applications in geometry |
8. | Affine Geometry | geometry++ if i remember well |
9. | Object oriented programming | C++ (finally some real comp. sci.) |
10. | Data Structures (And Aglos) | Complexities, representations of ADT's |
Semester 3 | ||
11. | Complex Analysis | Holomorphism, derivatives/integrals over complex intervals |
12. | Computer Systems Arch. | x86 32 bit assembly, my fav prolly |
13. | Databases | all types of joins |
14. | Differential Equations | From sepparable to linear systems + IRL applications |
15. | Advanced programming methods | Java |
16. | Computer Networking | From low level C socket programming to network architecturing |
Semester 4 | ||
17. | Theoretical Mechanics | Highschool mechanics + differential geometry |
18. | Numerical Analysis | Bridge between the theoretical and real compute applications |
19. | Opperating Systems | just unix |
20. | Probabilty Theory | admission exam questions basically |
21. | Real Analysis | first time I didn't skip a proof while reading a math lecture |
22. | Systems for Design and Implementation | full-stack web-dev[^4] |