Building software that explores the universe through computation.
I'm a student passionate about combining Physics, Astronomy, and Computer Science to solve scientific problems.
My primary interests include:
- 🌌 Computational Astrophysics
- 🤖 Machine Learning
- 🛰 Scientific Computing
- 🐍 Python Development
- 🔭 Astronomy Simulations
- 📊 Data Science
- ⚡ Numerical Methods
I enjoy building scientific software, simulations, machine learning models, and developer tools that solve real-world problems.
- Computational Astrophysics
- Numerical Methods
- Deep Learning
- Scientific Python
- High Performance Computing
- Data Structures & Algorithms
- Software Engineering
Modern desktop productivity suite for developers.
- Project Manager
- Workspace Cleaner
- Downloads Organizer
- Developer Toolkit
- Settings Manager
Tech
Python • CustomTkinter
Computational astrophysics project that simulates binary star systems using numerical integration and Newtonian gravity.
Tech
Python • NumPy • Physics
N-body gravitational simulation that models galaxy evolution.
Tech
Python • Scientific Computing
Deep Learning model for detecting exoplanets using stellar light curves.
Tech
Python • PyTorch • Machine Learning
Machine Learning model that classifies celestial objects using SDSS data.
Tech
Python • Scikit-Learn
A futuristic web operating system inspired by space exploration.
Tech
HTML • CSS • JavaScript
- Computational Astrophysics
- Stellar Dynamics
- Galaxy Simulations
- Machine Learning for Astronomy
- Scientific Computing
- Numerical Physics
- Build advanced Computational Astrophysics projects
- Contribute to Open Source
- Publish scientific software
- Develop AI for Astronomy
- Learn High Performance Computing
- Strengthen Machine Learning skills
GitHub
Portfolio (Coming Soon)
LinkedIn (Coming Soon)
"Exploring the Universe through Code."