⚙️ Why MATLAB/Simulink for Control Systems?

MATLAB/Simulink is the industry-standard tool for modeling dynamic systems and designing control algorithms. It enables engineers to create accurate simulations, test controllers, and automate systems before deployment.

• Block Diagram Modeling: Design systems visually using drag-and-drop blocks.
• System Simulation: Analyze time-domain and frequency-domain behavior.
• PID & State-Space Control: Implement classical and modern control strategies.
• Hardware Integration: Deploy models to Arduino, Raspberry Pi, and PLCs.

🎓 What You Will Learn at Caddex India

• MATLAB Fundamentals: Scripts, functions, plotting, and control toolbox usage.
• Simulink Basics: Building and simulating models for physical systems.
• Control System Design: Root locus, Bode plots, gain/phase margins, and stability analysis.
• PID Tuning & Automation: Real-time tuning and closed-loop system response.
• Project Work: Simulate DC motor control, temperature regulation, and robotic arm models.

🌐 Why Choose Caddex India?

• 🧑‍🏫 Expert Instructors: Learn from control engineers with real-world automation experience.
• 🚀 Hands-On Projects: Work on simulations used in industry and academia.
• 📈 Career Growth: Get certified and receive resume, interview, and placement support.
• 🕒 Flexible Learning: Choose live sessions or recorded modules as per your schedule.

🎯 Who Should Enroll?

• Electrical, electronics, and mechanical engineering students.
• Automation and instrumentation engineers.
• Researchers in system dynamics and control theory.
• Professionals working with robotics, aerospace, or industrial control systems.

💡 Designed for Immersive Learning

Our course interface features a sleek neumorphic design with neon blue highlights, offering a modern, interactive, and distraction-free learning experience.

🔗 Enroll Now and Automate Your Future

Join Caddex India's MATLAB/Simulink course and take the lead in control systems and automation. From simulation to real-time deployment, gain the skills that power modern engineering.