profile sourced from GitHub
Scouting report
Cuban CS student writing clean educational Java algorithm projects
assessed from open-source footprint
A Cuban Computer Science student early in her journey - a two-month-old account with three original Java repos plus some forks. Her own work shows promise: a tic-tac-toe with recursive AI move-scoring and a BFS maze solver, both with tidy OO design and a couple of stars each. Her external contributions, however, are 1-2 commit watch-list touches on a peer's repos rather than sustained collaboration. An early-stage but genuinely original portfolio centered on algorithmic Java.
Authorship & open source
Contributes to
- Nestor051214/MonteCarlo-Polygon-Area2★
- Nestor051214/Knights_tour_backtracking1★
- Nestor051214/System_Ecuation_Solver1★
What they build
Industry experience
- Data, ML & AI
Signal breakdown
5
top repo 2
3
50% forks
1
0.2 yr
0
Active
0% stale
Strengths
- Verified author — wrote 100% of commits on tic-tac-toe-ai-analysis
- Open-source contributor — 3 external projects incl. Nestor051214/MonteCarlo-Polygon-Area (2★)
- Consistently active, low abandonment
- Backend focus with Mobile
- Domain experience in Data, ML & AI
- Core stack: Java
About
Skills
- Java
Featured work
Tic Tac Toe Ai Analysis
Java Tic-Tac-Toe with AI that evaluates every move using recursive scoring. After each turn, empty cells show numeric scores indicating move quality.…
- Java
by Adriana Isabel Acosta González
Maze Solver Bfs
Educational implementation of BFS for rectangular mazes. Features robust input validation, error handling, and a clean object‑oriented design. Ideal…
- Java
by Adriana Isabel Acosta González
Goldbach Simulation Java
Implementation of Goldbach's conjecture in Java, featuring prime generation via Sieve of Eratosthenes and verification of the conjecture up to any ev…
- Java
by Adriana Isabel Acosta González