wasitkrish/MATLAB-Simulink

Academic laboratory experiments using MATLAB & Simulink for system modeling and control analysis

⚙️ MATLAB & Simulink – Academic Practice Repository

This repository contains MATLAB programs, Simulink models, calculations, and lab reports
developed as part of my first-semester undergraduate engineering coursework.

The work focuses on fundamental concepts of electrical circuits, signals, systems, and control engineering,
implemented through MATLAB scripting and Simulink block-diagram simulations.

📘 Academic Context

Course: Signals & Systems / Control Systems Laboratory
Level: Undergraduate (First Semester)
Purpose: To build a strong foundation in mathematical modeling,
simulation, and analysis of engineering systems using MATLAB and Simulink.

🧠 Concepts Covered

🔹 MATLAB Programming

Numerical computation and equation solving
System response analysis
Plotting and visualization of results
Script-based experimentation using .m files

🔹 Simulink Modeling

Block-diagram representation of dynamic systems
Modeling of control and signal-flow systems
Simulation and visualization of system behavior
Interpretation of results using scopes and plots

🔹 Control Systems

Open-loop and closed-loop system analysis
Time-domain response evaluation
Stability and response behavior
Comparison between theoretical and simulated outputs

🔹 Circuit & System Analysis

Basic electrical and system-level modeling
Validation of analytical calculations using simulation
Understanding real-world system behavior through models

🛠️ Tools Used

MATLAB
Simulink
MATLAB Plotting Utilities
PDF / DOCX for formal lab documentation

🎯 Learning Outcomes

Through these laboratory experiments, I developed:

Hands-on experience with MATLAB and Simulink
Strong understanding of system modeling and simulation
Foundational knowledge of control systems
Ability to validate mathematical models using simulation tools
Confidence in analyzing and interpreting engineering system behavior

📌 Notes

This repository represents academic coursework and laboratory practice.
The code and models are written with a focus on learning, clarity, and correctness.
This is not a production-level control system implementation.

📜 License

This project is licensed under the MIT License.