Computer Science Student • Algorithmic Systems • Scientific Computing • Simulation
- B.Sc in Computer Science and Electronics student at Sindhi College, Bengaluru City University
- Interested in algorithmic optimization, scientific computing, simulation systems, and intelligent interactive systems
- Currently focused on operating systems concepts, scheduling algorithms, and numerical modeling
- Building projects involving simulation, visualization, and computational analysis using Python
- Based in Bengaluru, India
- CPU Scheduling & Optimization Simulation
- Scientific Computing with Python
- Numerical Modeling and Simulation
- Open Source Learning and Contribution
An interactive simulation platform for analyzing and comparing classical CPU scheduling algorithms including FCFS, SJF, Round Robin, and Priority Scheduling.
Focused on scheduling visualization, workload analysis, and performance metric comparison using Python and PyQt5.
Status: In Development
Implementation of stochastic epidemic simulation using the SIR model and Gillespie algorithm, combined with neural network approximation of epidemic trajectories.
Repository:
github.com/muien5080/SIRA-Screening
Collection of smaller projects exploring numerical methods, Python programming, and scientific problem-solving.
Repository:
github.com/muien5080/Python-Projects
- Python
- C
- C++
- NumPy
- Pandas
- SymPy
- Git / GitHub
- Linux
- Algorithmic Optimization
- Operating Systems
- Simulation Systems
- Scientific Computing
- Human Computer Interaction
- 1st Prize – Coding and Debugging Competition, Sindhi College (February 2026)
Email:
muien5080@gmail.com
GitHub: github.com/muien5080