Hobbyist Research & Amateur Science
Dual student of computer science (Bachelor) from fall 2025 until probably fall 2028 and with this later on probably software engineer - but so far, I'm just a regular everyday normal programmer and amateur scientist with a background in graphic design, illustration and animation based in Berlin.
(+++) Use of Adobe Creative Cloud programs (especially Photoshop, Lightroom, Illustrator, InDesign, Animate, After Effects, Xd, Bridge, Dimension), operation of drum machines and synthesizers from the KORG product range;
(++) Python3, Visual Studio Code, CLIs, UX / UI design, HTML5 and CSS3 web design, social networks, cyber security and IT forensics in theory, Search Engine Optimization (SEO), operating systems: Windows, macOS, Linux;
(+) So far only beginner's knowledge of these programming and query languages: JavaScript, SQL, MySQL;
In programming, I'm syntactically and algorithmically most advanced in Python3 - here I have learned mainly about functions, variables, conditionals, loops, exceptions, libraries, unit tests, file I/O, regular expressions, object-oriented programming, etc. within multiple online courses;
Elementary set theory and number ranges
Propositional logic, sets, Venn diagrams, de Morgan formulas, number sets N, Z and Q, arithmetic rules, decimal fractions, divisibility;
Real numbers, elementary arithmetic and simple equations
Powers and roots, special features of √2 and π - number set R, sums with ∑ (sigma) and products with ∏ (pi), induction principle, Pascal's triangle, binomial formulas, linear and quadratic equations, rule of three;
Sequences, series and limits
Asymptotic behavior, convergence and divergence of limits towards zero and infinity, recursively defined sequences, arithmetic series;
Probability theory
Binomial coefficient, combinatorics, probability, Laplace formula, Bernoulli distribution;
And many more - I'm constantly learning new things in math
Geometry and formulas, fundamentals of functions and elementary functions, integrals, main theorem of differential and integral calculus, graphs and algorithms, colorability, trees, navigation with the Dijkstra algorithm;
German (mother tongue), English (fluent);
...solving the MissingNo. riddle in the Pokémon versions Red and Blue for the Nintendo Game Boy. The Pokémon No. 000 (MissingNo.) was inspired by medical sonography during a pneumothorax examination, as there is the so-called Seashore-Sign in M-Mode in normal findings; See hobby scientific article for my findings (written in German)
Click here to view my certificates in computer science!
