Mathematics BSc Student | Numerical Analysis Enthusiast | Algorithm Designer | Developer
I'm a dedicated Mathematics BSc student with a passion for turning theoretical concepts into practical solutions. My academic journey has equipped me with strong foundations in:
- Mathematical Thinking: Rigorous problem-solving and proof-based reasoning
- Computational Mathematics: Implementing mathematical algorithms and numerical methods
- Software Development: Writing clean, efficient code to solve complex problems
- Algorithm Design: Creating optimized solutions with strong analytical foundations
My work bridges the gap between pure mathematics and practical programming, with a special focus on numerical analysis and computational efficiency.
| Category | Skills |
|---|---|
| Mathematics | Numerical Analysis • Linear Algebra • Calculus • Discrete Mathematics • Probability & Statistics • Optimization Theory |
| Algorithms | Sorting & Searching • Dynamic Programming • Graph Algorithms • Greedy Methods • Numerical Algorithms • Complexity Analysis |
| Programming Languages | Python • Fortran • C++ • C • JavaScript • MATLAB |
| Technical Skills | Algorithm Design • Data Structure Implementation • Computational Geometry • Scientific Computing • Unit Testing |
| Tools & Libraries | NumPy • SciPy • Pandas • Matplotlib • Git • LaTeX |
# Core Areas of Interest
expertise = {
"root_finding": ["Bisection", "Newton-Raphson", "Secant Method"],
"interpolation": ["Polynomial", "Spline", "Lagrange"],
"differentiation_integration": ["Numerical Differentiation", "Quadrature Methods", "Simpson's Rule"],
"linear_systems": ["Gaussian Elimination", "LU Decomposition", "Iterative Methods"],
"eigenvalue_problems": ["Power Method", "QR Algorithm"],
"differential_equations": ["Runge-Kutta", "Finite Difference Methods"]
}💻 Featured Projects
⭐ Numerical Computing Solutions
Implementing advanced numerical methods with high precision and efficiency.
🧮 Algorithm Library
Collection of well-documented, optimized algorithms for mathematical problems.
🎯 Problem Solving
Tackling complex computational challenges with mathematical rigor and coding excellence.
🔗 Explore all my projects on GitHub
🎯 Current Focus
🔬 Advancing: Numerical analysis techniques and their computational implementations 📚 Learning: Advanced optimization algorithms and machine learning fundamentals 🛠️ Building: Robust solutions combining mathematical theory with clean code 🤝 Collaborating: Open to projects in computational mathematics and algorithm design
💡 Tech Stack
Programming ████████████░░░░░░░░ 80%
Algorithms █████████████░░░░░░░ 85%
Mathematics ████████████░░░░░░░░ 80%
Data Structures █████████░░░░░░░░░░░ 75%
System Design ██████░░░░░░░░░░░░░░ 60%
🌟 What Drives Me
"Mathematics is the language of the universe, and programming is how we speak back to it."
I'm passionate about: ✨ Solving problems with mathematical elegance 🚀 Writing efficient, scalable algorithms 📖 Learning and sharing knowledge 🔍 Understanding the 'why' behind every solution
📍 Quick Reference
Professional: @shahaduddin (GitHub, LinkedIn, Discord)
Social: @theshahaduddin (Twitter, Instagram, Pinterest, Facebook)
Web: shahaduddin.com
Email: hello@shahaduddin.com
I'm always interested in connecting with:
· 🧮 Fellow mathematics enthusiasts
· 💻 Developers working on computational projects
· 🔬 Researchers in numerical analysis
· 🚀 Open source collaborators
📫 Best way to reach me: hello@shahaduddin.com
🐦 DM me: @theshahaduddin
💬 Chat: Discord: shahaduddin
Last Updated: 2026-02-14 | Mathematics BSc Student | Computational Enthusiast