Control Systems with MATLAB/Simulink

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Embark on a cutting-edge journey into two-wheeled electric mobility with our Electric Motorcycle / E-Bike Design using SolidWorks course. This specialized program is tailored for enthusiasts and professionals looking to dive into the design and engineering of electric motorcycles and e-bikes. Using SolidWorks, a leading CAD software, participants will learn how to create detailed models and assemblies that encapsulate all aspects of modern electric two-wheelers, from aerodynamic frame design to the integration of electrical systems like batteries and motors.

Duration: 1 Months

Program Duration

Self paced

Learning Format

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Learn from World's Top Ranked
Indian Institute of Technology

Recognized by the best

Industry-Approved Curriculum – Designed with feedback from 25+ leading companies, including John Deere, L&T, TCS, and Maruti

Career Opportunities

Control System Design
Stability Analysis
SISO/MIMO System Modelling
State-Space Modelling
Regulator Design (PID, LQG)
Discrete Control Systems
Practical System Modelling
System Identification
Robust Control Design
Feedback Control Systems

Career Opportunities

Control System Design
Stability Analysis
SISO/MIMO System Modelling
State-Space Modelling
Regulator Design (PID, LQG)
Discrete Control Systems
Practical System Modelling
System Identification
Robust Control Design
Feedback Control Systems

FOR ENTERPRISE

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Skills Covered

Proficiency in MATLAB & SIMULINK

Understanding of SISO/MIMO Systems

Stability Analysis Techniques

State-Space Modelling

PID Regulator Design

LQG Controller Design

Discrete Control Techniques

Practical Modelling (DC Motors, Converters)

System Identification Methods

Use of LTI Viewer for Analysis

Projects

Project: Design and Simulation of an Electric Powertrain Control System Using MATLAB & SIMULINK

In this project, students will design a comprehensive electric powertrain control system, focusing on optimizing speed, torque, and power efficiency. Using MATLAB and SIMULINK, students will model the control of DC motors and simulate real-world EV scenarios. The project will include designing PID regulators, compensators, and performing stability analysis using Bode, Root Locus, and Nichols plots to ensure optimal performance.